HomeMy Public PortalAbout009-2022 - EXHIBIT - Climate-Action-Plan-2022_FINAL-DIGITAL-UNADOPTED (1)Climate Action Plan 2022 1
City of Richmond, Indiana
Climate
Action Plan
ond, Indiana
2 Climate Action Plan 2022
Part One: Adaptation
Table of Contents
Risks & Vulnerabilities: Hoosier
Resilience Index (2020)
Heat
Precipitation
Richmond’s “Beat The Heat” Program
Determining Vulnerable Areas
Adaptation Strategies
Approach 1. Adapt the Built Environment
Strategy 1A: Prepare Roadways and Bridges
for Higher Maximum Temperatures and more
Freeze-thaw Events
Strategy 1B: Implement Programs or Activities
that Reduce Heat Impacts on the Built Environment
Strategy 1C: Prepare Bridge Openings, Culverts,
and Ditches for Flooding
Strategy 1D: Develop and Adopt Policies and
Procedures for Post-fl ood Repairs
Strategy 1E: Develop Adaptive Stormwater
Management Best Practices and Integrate
them into a Plan to Reduce Stormwater
Runoff from Impervious Surfaces
Strategy 1F: Understand and Address Green
Stormwater Collection and Treatment
System Weaknesses
Strategy 1G: Increase Street Sweeping
and Stormwater Drain Maintenance
Approach 2: Prepare Economic Development
Practices for a Changing Climate
Strategy 2A: Evaluate How Climate Change
Impacts Could Aff ect the Local Economy
Strategy 2B: Incorporate Climate and Disaster
Resilience into Economic Development
Strategic Plans
Table of Contents
Introductory Letter
Letter from Mayor Snow
Acknowledgments
How to Use This Plan
Symbol Key
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Over 80% of survey respondents
expressed concern about climate
change and its future impacts.
Survey Fact!
Climate Action Plan 2022 3
Part Two: Mitigation
Current Emissions: GHG Inventory (2018)
Forecast of Richmond’s Greenhouse Gas
Emissions and Trends
Mitigation Strategies
Approach 7: Decarbonize Energy Generation
Strategy 7A: Advocate for Increased Renewable
Energy Sources in Richmond’s Local Energy
Portfolio
Strategy 7B: Connect Residents and Businesses
with on-site Solar Opportunities
Strategy 7C: Integrate Renewable Energy into
Land Use and Zoning Codes
Strategy 7D: Eliminate Barriers to Residential
Solar Development
Strategy 7E: Develop Local Incentives for
Renewable Energy Projects
Approach 8: Increase Energy Effi ciency
Strategy 8A: Connect Residents with
Home Weatherization Opportunities
Strategy 8B: Provide Residents with Energy
Effi ciency Education
Strategy 8C: Explore Opportunities for
Commercial Energy Benchmarking
Strategy 8D: Increase Energy Effi ciency
Audits in Buildings
Strategy 8E: Advocate for Building Code Updates
to Increase Energy Effi ciency Requirements
Strategy 2C: Consider and Plan for Implications
of Climate Change on the Local Job Market
Strategy 2D: Establish a Protocol for Providing
Assistance to Residents Facing Financial Strain
From Climate Hazards
Strategy 2E: Develop a Plan for Accepting People
Displaced by Climate Change Impacts
Approach 3: Prepare Emergency Management
Systems for Future Stresses
Strategy 3A: Identify and Protect Critical
Infrastructure from Higher Temperatures
Strategy 3B: Involve Critical Faculty and Emergency
Infrastructure Managers in Climate Change
Preparedness and Management
Strategy 3C: Educate Residents about Steps they Can
Take to Improve Personal Emergency Preparedness
Strategy 3D: Enhance Community Networks and
Connections for Vulnerable Communities
Approach 4: Prepare Energy and Utilities
for a Changing Climate
Strategy 4A: Work Internally and with Local
Utilities to Increase Power Supply Preparedness
Strategy 4B: Encourage Alternative Energy
Generation, Energy Storage Systems, and
Distributed Energy
Strategy 4C: Install Back-up Power Options
for Critical Facilities and Systems
Strategy 4D: Establish a Protocol for Providing
Assistance to Residents who may Face Financial
Strain Caused by Higher Energy Costs
Approach 5: Adopt More Sustainable
Planning and Land Use Policies
Strategy 5A: Complete the US EPA’s Flood
Resilience Checklist
Strategy 5B: Participate in the National Flood
Insurance Program Community Rating System
Strategy 5C: Pass a Tree Canopy Ordinance
Strategy 5D: Designate Vegetation Protection Areas
Strategy 5E: Promote Energy Effi ciency
and Waste Heat Reduction
Strategy 5F: Integrate Funding for
Readiness Actions into Financial Planning
Approach 6: Adapt Public Health
& Safety Processes
Strategy 6A: Provide Air Quality Education and
Advanced Warning Systems for High Pollution Days
Strategy 6B: Develop and Implement a Plan for
High Air Pollution Days that Calls for both Public
and Private Action
Strategy 6C: Develop Local Air Pollution
Reduction Programs
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4 Climate Action Plan 2022
Strategy 8F: Incorporate Increased Energy
Effi ciency into City Operations
Strategy 8G: Continue Upgrading Energy
Transmission Infrastructure to Reduce Grid Loss
Approach 9: Effi ciently Manage Solid Waste
Strategy 9A: Explore Feasibility for Various
Compost Scales and Methods
Strategy 9B: Explore Landfi ll Methane Capture
Technologies
Strategy 9C: Increase Recycling Rates and Options
Strategy 9D: Divert Construction Debris
from the Landfi ll
Strategy 9E: Evaluate Solid Waste Collection
and Transportation Routes
Strategy 9F: Expand Electronics, HFC
(Hydrofl uorocarbon), and Other Specialty
Material Landfi ll Diversion Projects
Approach 10: Reduce Annual Vehicular
Miles Traveled
Strategy 10A: Advocate for Funding Opportunities
for Multi-modal Transportation Options
and Infrastructure
Strategy 10B: Evaluate Integrating Multi-modal
Transit into Capital Spending plans
Strategy 10C: Aid in Providing Employer-assisted
Transit Programs
Strategy 10D: Educate Community Organizations
and Residents on Value of Multi-modal Transit
and Local Opportunities
Strategy 10E: Evaluate Bike Sharing Programs
Strategy 10F: Promote Dense and Compact
Development Methods and Bike Infrastructure
Strategy 10G: Evaluate Reducing Minimum
Parking Requirements in the Unifi ed
Development Ordinance
Strategy 10H: Utilize City Incentives to Encourage
Projects Prioritizing Non-motorized Transit
Strategy 10I: Evaluate Methods to Encourage
Multi-tenant Commercial Buildings over
Single-tenant Buildings
Strategy 10J: Prioritize a Complete Streets
Program and Ensure Integration in an Updated
Bike and Pedestrian Master Plan
Strategy 10K: Increase Public
Transportation Effi ciency
Approach 11: Increase Effi ciency of Vehicles
Strategy 11A: Add Electric Vehicle Charging Stations
Strategy 11B: Convert City Vehicles to Hybrid
and/or Electric
Strategy 11C: Advocate for High-Level Vehicle
Effi ciency Policy
Approach 12: Effi ciently Manage Potable Water
Strategy 12A: Partner with IAWC to Connect
Residents with Resources
Strategy 12B: Install Water Effi cient Fixtures
in City-Owned Facilities
Strategy 12C: Evaluate Implementing Programs to
Aid Residents in Installing Water Effi cient Fixtures
Strategy 12D: Advocate for Increased Effi ciency of
Potable Water Treatment
Approach 13: Effi ciently Manage Liquid Waste
Strategy 13A: Increase Wastewater Treatment
Process Effi ciency
Strategy 13B: Explore Advanced Anaerobic
Digestion Infl ows
Endnotes
Appendices
Appendix I: Community Input
Appendix II: Climate Action Plan Survey Results
Appendix III: Next Steps for Climate
Resilience in Richmond, IN
Appendix IV: Greenhouse Gas Inventory
Appendix V: The U.S. Mayors Climate
Protection Agreement
Appendix VI: Resolution No. 004-2021
Conclusion
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Climate Action Plan 2022 5
Introductory Letter
The increase in greenhouse gas
concentrations in the Earth’s
atmosphere since the beginning
of the industrial revolution is clear.
Many climatic processes are driven
by a variety of factors, and
seemingly minor increases in
average worldwide temperature
can have signifi cantly more dire
consequences on a variety of
levels. As increased climate and weather variability and
average temperatures worldwide are already evident,
acting on greenhouse gas emissions and preparing for
future impacts of a changing
climate is essential.
On May 3rd, 2021, a group of seven students from
various Richmond schools presented Resolution
004-2021 to the Richmond Common Council.
The resolution made a plea to council members for
their support of environmental protection and climate
action. Before many of those students were even born,
Richmond Mayor Sally Hutton had signed the US
Mayor’s Climate Protection Agreement joining over
1,000 communities across the country working toward
a more sustainable future. Richmond knows the value
of environmental protection and is ready to fulfi ll its
promise to those students and the entire community.
In 2012, Richmond established an Environmental
Sustainability Commission “to promote environmental
sustainability and conservation of natural resources in
the City of Richmond for the public good”. In partnership
with various departments and community organizations,
the Environmental Sustainability Commission is tasked
with carrying out the sustainability tasks outlined in the
2020 Richmond Rising: Community Action Plan. This
living document identifi ed objectives, policy statements,
and projects all of which will contribute to a healthier,
more vibrant, and sustainable city.
Th ose objectives are to:
1.Protect, connect, and restore natural areas
including wood lots, wetlands, fl oodplains, and
other ecologically sensitive areas.
2. Educate and encourage local residents and
organizations to preserve the overall quality of
Richmond’s natural resources.
3.Encourage the development of Citywide
sustainability and resiliency strategies in the long term.
4.Educate and encourage local residents and
organizations on community emergency preparedness.
To achieve these four objectives, we must be strategic.
Richmond Rising’s authors recognized the importance
of strategic planning and recommended that the
Richmond Environmental Sustainability Commission
prepare a Citywide Sustainability Action Plan or
“Climate Action Plan” to reduce greenhouse gas emissions,
while also creating a resiliency plan that aligns community
priorities and resources to better withstand hazardous
to better withstand natural disasters.
The following Climate Action Plan includes both
mitigation strategies which aim to lower emissions
and protect environmental quality, and adaptation
strategies which aim to prepare citizens and
infrastructure for the damaging eff ects of rising
temperatures and extreme weather events.
Purdue University’s Climate Change Research Center
has done extensive research which points to increasing
extreme heat, economic challenges from disaster
clean-up eff orts, and negative health eff ects from
unchecked emissions. Each community member can
contribute to a healthier community using this research
as our guide and motivation. As your Environmental
Sustainability Commission, we pledge to make strides
through this plan in an eff ort to make our community
more livable for generations to come.
Richmond Environmental Sustainability Commission
Matt Evans, Chair
6 Climate Action Plan 2022
Letter from Mayor Snow
Richmond has positioned itself
as a city of vision and resilience
throughout history. Through the
many landmarks and notable
moments to our current community
planning and eff orts, it’s clear this
community has always shown a
collective inclination for securing a
strong and prosperous future for
generations to come.
We are accustomed to working on projects and securing
partnerships that strive for fi nancial, legislative, and
operational health as a city government. Something
relatively new in this list is working to secure our
environmental health and ensure the people who call
Richmond home deep into our future can enjoy the
same livable conditions we take for granted today.
Thankfully, work has already begun. Several recent
projects show our commitment to considering the
health of our environment while making decisions.
Initiatives such as solar energy collaborations with
Indiana Municipal Power Agency and deconstruction
eff orts on the former Reid Hospital property demonstrate
a powerful impact when city governments, businesses,
and citizens work together. Additionally, Richmond is
working on adaptation processes and programs to help
our vulnerable residents cope with the eff ects of rising
temperatures through the “Beat the Heat” program- a
collaboration with Indiana University and the Offi ce of
Community and Rural Aff airs.
This vital work requires countless hours, a long-term
vision, and a myriad of partners to guarantee its ability
to be handed off to each incoming generation with
their work expanding on the last. We must take hold of
this responsibility and do our part to implement a
data-driven plan to combat our habits and procedures
that will only bring about further harm. This plan will
guide us and educate us to work smarter in our eff orts
to secure a bright future for our beautiful city. This is a
big task; however, I do not doubt Richmond’s ability to
rise to the challenge and not only meet the standards
but do as we have done so often in the past and carve
a new path for others to follow.
This will require each of us to work as a united team,
and although our fi nish line is far on the horizon, banding
together, Richmond will continue to grow and fl ourish.
I want to thank everyone who has worked thus far to
bring this plan to fruition and encourage those who
come next to join us in this meaningful endeavor.
Let us make certain that when future generations
look back on the actions we take now, they will have
no doubt we could see past our timeline, and like true
visionaries, plan for their livelihood.
Richmond Mayor
Dave Snow
6 Climate Action Plan 2022
Climate Action Plan 2022 7Climate Ae Actictiono Plan 2022 7
Acknowledgments
This plan was created using the talents, insight,
and experience of countless city departments,
local organizations, and state-wide contributors.
Unparalleled thanks go to Indiana University’s
Environmental Resilience Institute for providing
years of assistance and programming along every
step of this process, and without whom this would
not be possible. We’d like to thank the following
groups for their contributions:
Richmond City Staff
Ian Vanness: Director, Department of
Infrastructure and Development
Grayson Hart: GIS Coordinator
Lucille Mellen: Heat Relief Coordinator
Jeb Reece: Community Development
Coordinator
Richmond Environmental
Sustainability Commission
Matt Evans: Chair
Grayson Hart: Vice-chair
Shannon Hayes: Secretary
Alison Zajdel
Leighanne Hahn
Fred Stockberger
Darla Paul
Skip Moore
Matthew Cain
Richmond Rising Steering Committee
Wayne County Emergency Management
Matthew Cain
Earlham College
Scott Hess
Interns
Earlham College Richmond Residency Intern
Melissa Velasquez
IDEM CLEAN Communities Program
McKinney Climate Fellow
Gabbie Orlando
McKinney Climate Fellow
Ananya Rao
Earlham College EPIC Intern
Marcella Lanzillotti
Earlham College Senior Environmental
Sustainability Majors, Class of 2020
Richmond Youth Climate Action Team
Indiana University’s Environmental
Resilience Institute
Purdue Climate Change Research Center
Hoosier Resilience Index Readiness
Assessment Respondents
Climate Action Plan Survey Respondents
Indiana University’s Sustainable
Communities Class, 2021
Indiana Department of
Environmental Management
Youth Climate Action Survey Respondents
Support for the Beat the Heat program is graciously
provided by Indiana University’s Environmental
Resilience Institute, the Offi ce of Community and
Rural Aff airs, and Reid Health.
Climate Action Plan 2022 7
8 Climate Action Plan 2022
How to Use This Plan
This document aims to lay the groundwork for future
practitioners in Richmond to develop our home into
a more resilient city that proactively addresses the
economic, technological, and societal changes that the
long-term threat of climate change is bringing to the
world. This document represents its creators’ best
eff orts to justify and describe a wide array of strategies
to that end. The quickly changing nature of the fi eld
of climate change planning makes it inevitable that
Richmond will need to periodically reassess the
approaches and strategies laid out herein due to
advances in society’s understanding of best practices
and shifts in available administrative, technical, fi scal,
and political capacities in Richmond over time.
The Climate Action Plan is in two parts: Adaptation
and Mitigation. This breakdown allows for introductory
elements of each part to focus on the background,
context, and justifi cation for each broad category
of response. The adaptation part addresses issues
already impacting Richmond residents, such as rising
temperatures, damaging precipitation, and fl ooding
events, which are forecast to become more severe in
the coming decades. The adaptation strategies in this
section will improve the city’s health, quality of life,
and economic outcomes in local eff orts with direct
benefi ts to residents, businesses, infrastructure, and
the government. The mitigation part of this plan
contends with the broader issue of reducing greenhouse
gas emissions in Richmond to prevent further warming
of the planet. Participating in the global eff ort to curtail
emissions has many consequential direct and indirect,
and local co-benefi ts.
The Plan categorizes adaptation and mitigation strategies
under Approaches meant to target specifi c areas for
building resiliency or reducing emissions. The Symbol
Key below will help the reader quickly learn more
about each strategy regarding priority, the types of
resources required to achieve them, and their resultant
co-benefi ts. Expected Partners lists organizations with
which Richmond would likely coordinate in executing
a given strategy. City departments should determine
which strategies are best suited for their team at
implementation time and use Expected Partners as
a launching point. The Plan does not list the City of
Richmond or specifi c Departments as expected
partners because it implies involvement.
This Plan will serve as a road map by which the City
may take action to prepare itself for present and future
environmental stresses due to climate change. Its
strategies provide a comprehensive array of options
for the City to select as administrations and available
resources change over time and specifi c responses
become most pressing.
Climate Action Plan 2022 9
Symbol Key
Readers will notice symbols associated with each strategy representing the cost, time, priority, and co-benefi ts.
Due to the complexity of the subject and the quickly-changing nature of this fi eld, these symbols serve as the best
approximation of a strategy’s characteristics, impacts, and requirements for implementation at the time of writing.
Community Co-Benefi t
A Community Co-benefi t can imply several outcomes such as increasing
engagement, cohesiveness, amenities and quality of life, or ability
to overcome disaster, which contributes to the overall character of
a community.
Equity Co-Benefi t
An Equity Co-benefi t implies that the impacts of the strategy more
heavily benefi t communities and populations in Richmond that need
the most help.
Health Co-Benefi t
A Health Co-benefi t arises from reduced or averted negative health
impacts, such as increased air quality or decreased heat stress.
Nature Co-Benefi t
A Nature Co-benefi t improves aspects of the natural environment in
Richmond. These often go on to, in turn, provide other benefi ts to
their surroundings.
Economic Co-Benefi t
An Economic Co-benefi t arises when implementing strategies realizes
some degree of economic benefi t. This could take the form of cost
savings from increased effi ciency or more signifi cant revenues from
an increasing quality of life or other investments.
Co-benefi t Symbols
Co-benefi ts are the “win-win” elements of climate change planning. They are the benefi cial
side eff ects of pursuing an adaptation or mitigation strategy.
10 Climate Action Plan 2022
Infrastructure Needed
Infrastructure Needed implies additional infrastructure beyond
what is currently being utilized in Richmond would be needed to
achieve this goal.
High Reward
High Reward means that upfront costs are balanced by a
high return on investment.
Expertise Needed
Expertise Needed implies that Richmond requires specifi c expertise
not currently available or recognized within city departments.
Time & Energy Needed
Time and Energy Needed implies that a strategy requires time
and energy from current departments with possible help from
the county government or local nonprofi t groups, likely without
additional resources.
Staff Needed
Staff Needed indicates that Richmond requires additional
people-power. Possible full-time, part-time, or contract positions
are likely required.
Resource Symbols
The Resource Symbols categorize the diff erent ways Richmond will likely have to mobilize
adequate resources to accomplish a strategy.
Climate Action Plan 2022 11
The fi rst part of the Climate Action Plan determines the potential and reoccurring impacts of climate
change, identifi es vulnerable areas and people, and prescribes strategies to help the city adapt to the
challenges presented. The strategies focus on managing impacts on the built environment, economic
development, emergency management, energy and utilities, planning and land-use policies, and public
health. As temperature, precipitation, and cases of extreme weather increase, these strategies combat
both current and potential impacts to limit their adverse eff ects on the community.
Part 1
Adaptation
12 Climate Action Plan 2022
Risks & Vulnerabilities:
Hoosier Resilience Index (2020)
In late 2020, the Richmond Environmental Sustainability
Commission paired with the Indiana University
Environmental Resilience Institute (ERI) to determine
the community’s readiness for the eff ects of climate
change. Collective feedback from various City of Richmond
department heads, staff , and community representatives
informed the Hoosier Resilience Index (HRI) Readiness
Assessment survey. ERI created the Next Steps for
Climate Resilience in Richmond, IN document (Appendix
III) based on these results in May 2021. It highlights
potential actions to correct self-reported defi ciencies
regarding preparedness for extreme heat, precipitation,
and fl ooding events in Richmond and Wayne County.
The Adaptation Strategies in this plan used the suggested
actions in the Next Steps document as their foundation.
Listed below is a sample of the topics and queries
presented to assessment participants throughout this
process and which our strategies seek to answer:
Increased stress on
roadways, bridges,
and transportation
systems:
How can we strengthen
infrastructure
knowing that extreme
temperatures and
precipitation can be
destructive to concrete,
pavement, and other
commonly used
construction materials?
Increased stress
on existing
communication
systems during
extreme weather:
Are systems equipped
with the technology
needed to communicate
quickly and effi ciently
with all residents during
extreme weather events
like high heat, fl ooding,
and tornadoes?
Increased likelihood
of climate change
impacting the local
economy and
low-income residents:
How can we protect
vulnerable businesses
and citizens from
extreme heat, insect
damage, fl ooding,
and other issues
brought on by rising
temperatures?
Increased impacts on
residents during and
after fl ood and heat
events:
How can residents and
businesses be assisted
in recovering physically
and fi nancially from
extreme weather
events?
Climate Action Plan 2022 13
The Next Steps document utilized the HRI Readiness
Assessment responses to score Richmond on
preparedness for Extreme Heat, Extreme Precipitation,
and Floodplain Management out of ten (Figure 1.)
and then compared Richmond to other comparable
cities that underwent the same evaluation (Figure 2.).
Richmond scored below average in each category
compared to other Indiana communities and
similarly-sized Indiana governments. This demonstrates
space for signifi cant improvement in every area. A fuller
understanding of both the anticipated climatic changes
and where our citizens are most likely to experience
them is key to taking action to increase our preparedness.
LEAST
PREPARED
MOST
PREPARED
10
5
0
Extreme Heat
Readiness Score = 4.28
LEAST
PREPARED
MOST
PREPARED
10
5
0
Extreme Precipitation
Readiness Score = 4.69
LEAST
PREPARED
MOST
PREPARED
10
5
0
Floodplain Management
Readiness Score = 4.67
Figure 1.
Figure 2.*Incorporated areas in Indiana designated as cities
Score Categories Richmond Average, All Indiana
Communities, n=15
Average, Similar-Sized*
Indiana Governments, n=8
Extreme Heat 4.28 4.62 4.97
Extreme Precipitation 4.69 5.15 5.45
Floodplain Management 4.67 4.95 5.35
Indiana has warmed on average 1.2 degrees since 1895,
and temperatures are projected to rise 5-6 degrees by
mid-century; the number of sweltering days is projected
to increase statewide signifi cantly. These increases
present potentially deadly challenges to the community
that can be averted if planned accordingly.
Figure 3. highlights the average number of days per year
with highs 90°F or greater and nights with lows 68°F or
greater. Central Indiana is expected to endure these
extreme temperatures over three times more frequently by
2050 in a medium emissions scenario. “Medium emissions
scenario” is a term used to represent the emissions level if
global communities steadily reduce greenhouse gasses
released into the atmosphere. “High emissions scenario”
is a term used to describe the emissions level if global
communities do not change and continue “business as
usual.” In the high emissions scenario, extreme heat
days jump to nearly four times the current number.
Simply put - that’s almost two and a half months of the
year in extreme heat conditions. Increased average
temperatures cause changes to the timing and length
of frost-free seasons, extend allergy seasons, and
create favorable conditions for certain pests and invasive
species. But most threatening to public health is that
extreme heat events are the deadliest weather phe-
nomenon in the United States. See Figure 4.
Heat
14 Climate Action Plan 2022
Figure 4.(Source: https://www.weather.gov/hazstat/)
Figure 3.(Source: https://hri.eri.iu.edu)
Time Frame # of extreme heat events per year
Current 18
2050s — Medium Emissions Scenario 60
2050s — High Emissions Scenario 74
Wayne County Climate Exposure
Climate Action Plan 2022 15
Figure 5.(Source: https://hri.eri.iu.edu)
Land use type Acres in the fl oodplain % of total acres in the fl oodplain
Agriculture 18,880 71%
Developed 5,744 22%
Forest and vegetation
Wetland
Total Acres in fl oodplain
13 0%
1,799 7%
26,436 100%
Indiana’s average annual rainfall has increased by 5.6
inches since 1895, with both winter and spring seasons
projected to become much wetter by 2050. Increased
rainfall increases fl ooding and water pollution risks such
as sewage system overfl ow, fertilizer runoff in agricultural
areas, and sediment pollution, especially in heavy rain
events. Better understanding precipitation changes in
summer and fall will be essential for predicting future
stresses during these seasons. Though most of Richmond
does not suff er from extreme regular fl ooding, Wayne
County fi nds many of its vulnerabilities in the agriculture
sector. See Figure 5.
Precipitation
Land use in the fl oodplain (2010) Wayne County
16 Climate Action Plan 2022
Richmond is one of two Indiana communities participating
in a climate resiliency program called “Beat the Heat.”
The program is grant-funded and supported by the
Indiana Environmental Resilience Institute, the Indiana
Offi ce of Community and Rural Aff airs, Reid Health, and
the City of Richmond. The Beat the Heat program,
which runs from June 2021 to June 2023, works to
assist the Richmond community in creating tangible,
long-term, and sustainable projects to help residents
deal with an increase in hot days and the negative
health impacts that accompany hotter weather.
The grant funding for Beat the Heat has allowed
Richmond to hire a full-time Heat Relief Coordinator,
whose role consists of collaborating with community
members and local organizations to lead assessments
that will guide heat coping strategies and solutions. The
Heat Relief Coordinator will publish them in the City’s
Heat Management Plan, which will be ready in the third
quarter of 2022. A city-wide heat vulnerability comment
survey, heat management observations, a local heat
vulnerability map, focus groups, and interviews with
communities in the City that are especially vulnerable
to heat all inform the strategy.
With an emphasis on equity, community input from
those assessments better understand where heat
vulnerabilities are most prevalent and what adaptation
strategies residents favor. The Heat Management Plan
is set to include 24 strategies for heat wave response
protocols, public outreach, home cooling, and climate
responsive design projects to reduce the Urban Heat
Island eff ect (UHI). The UHI eff ect is caused by impervious
surfaces such as concrete, asphalt, and other facets of
urban land use absorbing and retaining solar radiation
more eff ectively than natural ground surfaces and trees.
Climate resiliency work must focus on attainable goals
using research-based methods that prioritize the most
vulnerable areas and populations. GIS Coordinators from
Richmond and Wayne County have produced maps that
highlight infrastructure issues contributing to climate
change risk. They include maps of historic and dated
neighborhoods, the prevalence of impervious surfaces,
and a LiDAR-based tree canopy survey to help locate
where Richmond’s vulnerabilities reside. However, the
most important climate vulnerability mapping exercises
have been conducted in the aforementioned Beat the
Heat program.
On August 23rd, 2021, Richmond ran its Heat Watch
Campaign. Volunteers made nearly 35 thousand
temperature and humidity measurements across the city
at set times in the morning, afternoon, and evening.
Richmond sent the data to CAPA Strategies, which
processed the information with land use data and
returned heat index and temperature maps for each
time of day.
Figure 6. depicts the average surface temperature
measured across the City of Richmond on August
23rd, 2021.
Richmond’s “Beat The Heat” Program
Determining Vulnerable Areas
*August 23rd, 2021, Richmond “Beat the Heat” recorded heat from Walmart and the Elstro Plaza Ping-pong tables
Climate Action Plan 2022 17
Figure 6.
The resulting heat map demonstrates the UHI eff ect at
play in Richmond. See Figure 6. Some places in Richmond
are as much as seven degrees Fahrenheit warmer
throughout the day on average than other places. It is
essential to understand that these temperature diff er-
ences result from diff erences in the City’s built environ-
ment - the ratio of tree canopy cover and green-space
versus concrete, brick, and asphalt - and that people
living in areas with less green space will perpetually
experience greater temperatures. Considering how these
higher local temperatures chronically impact the health
and wellbeing of residents is essential to developing
equitable strategies that benefi t those most in need.
One way to understand how vulnerable residents are to
the eff ects of extreme heat is to create a Heat Vulnerability
Index (HVI). Generally speaking, the vulnerability of a
population depends on how sensitive they are to the
harmful impacts of heat, how much heat they are exposed
to, and what capacity they have to adapt to that heat.
As part of the Beat the Heat program, the Environmental
Resilience Institute took socioeconomic variables from
the U.S. Census’ American Communities Survey 2015-2019
Five-Year estimates and overlaid them with the heat
measurements from the 2021 Heat Watch Campaign to
give each census block group in the city a heat sensitivity
score. The following variables were all used as part of
the HVI: the percent of households with limited English
profi ciency; those living under the poverty line; other
than White; over the age of 25 without a High School
diploma; under the age of 25; over the age of 65; and
over the age of 65 who live alone. Each category
represents populations that are, for various reasons,
disproportionately impacted by extreme heat. Modeling
these variables with temperatures of census block
groups creates the basis of a HVI. See Figure 7.
The impacts of extreme heat are felt very diff erently
across the city. Some block groups, such as the ones
encompassing the housing units between Glen Miller
18 Climate Action Plan 2022
Park and Hayes Arboretum or the Hidden Valley
Neighborhood, are the least aff ected by heat. Closer to
downtown, in block groups spanning parts of the Depot
District, North Richmond, Elizabeth Starr, and Starr
Park-side neighborhoods have high heat sensitivity
scores. First, second, and third priority areas represent
the most vulnerable of all block groups.
The Heat Map and HVI will inform the City’s Heat
Management Plan and allow targeted relief to the
places and people that are in the most need throughout
the community. These mapping exercises focus on
addressing the impacts of extreme heat because of
Richmond’s existing participation in the Beat the Heat
program; the city must perform separate analyses to
inform responses to extreme precipitation, fl ooding, and
other impacts of a changing climate. Such analyses are of
particular importance for the Plan’s adaptation strategies.
Figure 7.
Climate Action Plan 2022 19
The Climate Action Plan organizes its adaptation strategies into six approaches. These approaches direct
attention to areas where Richmond ranked especially vulnerable to extreme heat, precipitation, and fl ooding in
the 2020 Hoosier Resilience Index Readiness Assessment. The approaches are to: Adapt the Built Environment;
Prepare Economic Development Practices for a Changing Climate; Prepare Emergency Management Systems for
Future Stresses; Prepare Energy and Utilities for a Changing Climate; Adopt More Sustainable Planning and Land
Use Policies, and Adapt Public Health & Safety Processes. The Plan represents each strategy’s time frame, cost,
priority level, and co-benefi ts as approximations of what each process requires and produces within these
categories. The Plan derives priority, time frame, and cost representations from survey responses of key
stakeholders with insight on the implementation of each strategy.
Adaptation Strategies
20 Climate Action Plan 2022
Indiana is experiencing higher maximum temperatures, more freeze-thaw cycles throughout winter months, more
rain on average, and more frequent heavy rain events that lead to fl ooding. These events are forecast to occur more
often with time, and the likelihood of impacts on transportation networks, buildings, housing, and other developed
areas will increase. The following seven strategies seek to prevent the worst of these eff ects by making targeted
investments in Richmond’s built environment.
Bridges and roadways are under more stress because of
higher maximum temperatures due to climate change. To
combat these eff ects, the City of Richmond should invest in the
resiliency of its roadways. Designing roadways and bridges for
higher maximum temperatures includes using heat-tolerant
street landscaping and ensuring asphalt, concrete mixtures,
and other construction materials are appropriate for
temperature changes.
Expected Partners: Indiana Department of Natural Resources,
Indiana Department of Transportation, Wayne County Engineer,
Wayne County Highway Department, Wayne County Surveyor
Buildings, paved areas, and other impervious surfaces absorb
heat from the sun and release it throughout the day and into
the evening. This makes it diffi cult for residents to avoid the
heat during extreme heat events and even increases ambient
air temperatures. Understanding and creating solutions to
reduce the harmful eff ects of temperatures on infrastructure,
such as cool pavements, tree plantings, shade sails, and more,
will help Richmond’s residents.
Expected Partners: Community Organizations, Environmental
Resilience Institute, Property and Business Owners, Reid
Health, Wayne County
Approach 1.
Adapt the Built Environment
Strategy 1A:
Prepare Roadways and Bridges for
Higher Maximum Temperatures and
More Freeze-thaw Events
Strategy 1B:
Implement Programs or Activities that Reduce
Heat Impacts on the Built Environment
TIME
COST
PRIORITY
TIME
COST
PRIORITY
Climate Action Plan 2022 21CClimate Actiction o Plan 202222 221
The City of Richmond can protect systems impacted by the
changing climate by regularly monitoring and evaluating its
infrastructure. The comprehensive assessment of bridge
openings, culverts, and ditches will prepare the city for heavier
rain events and fl ooding. The inspection of bridges should
continue to occur every other year, and a plan should be in
place to deal with bridge scour.
Expected Partners: Indiana Department of Natural Resources,
Indiana Department of Transportation, Wayne County Engineer,
Wayne County Highway Department, Wayne County Surveyor
Post-fl ood policies can minimize service disruption due to
damaged infrastructure. Contingency plans should be incorpo-
rated into other planning eff orts, be updated regularly to
remain consistent with any changes in utility services or assets,
and provide response and repair services equitably across the
community to proactively address the needs of the most
vulnerable residents and neighborhoods. The City’s participation
in the Wayne County Multi-Hazard Mitigation Plan brings
opportunities for FEMA Mitigation funds and tighter coordina-
tion with the county emergency management agency.
Expected Partners: Indiana Department of Natural Resources,
Wayne County Emergency Management Agency, Wayne County
Surveyor
Strategy 1C:
Prepare Bridge Openings,
Culverts, and Ditches for Flooding
Strategy 1D:
Develop and Adopt Policies
and Procedures for Post-fl ood Repairs
TIME
COST
PRIORITY
TIME
COST
PRIORITY
Climate Action Plan 2022 21
22 Climate Action Plan 202222 Climatate Actition Plan 2022
Adaptive stormwater management practices like green
infrastructure and low-impact development methods can help
reduce runoff and stormwater fl ow that may otherwise exceed
system capacity. These best practices should be considered in
the planning process to manage stormwater in future projects.
Expected Partners: Property and Business Owners, Wayne
County Engineer, Wayne County Soil & Water Conservation
District, Wayne County Surveyor
Traditional “gray” systems move stormwater using curbs,
gutters, drains, piping, and collection systems. “Green” stormwater
infrastructure (vegetation designed and planted to manage
stormwater on-site) includes natural buff ers, bioretention
areas (rain gardens), green roofs, swales (depressions to
capture water), and the general use of vegetation instead of
impervious surfaces. The City of Richmond will benefi t from
evaluating the performance of both types of stormwater
infrastructure currently employed in the City.
Expected Partners: Property and Business Owners, Wayne
County Engineer, Wayne County Soil & Water Conservation
District, Wayne County Surveyor
One of the easiest ways to prevent or reduce surface fl ooding
is to ensure existing stormwater drains are not blocked.
Regular street sweeping and drain maintenance schedules are
one method of maintaining drainage pathways that clear
stormwater from streets. These practices support Richmond’s
goal to create a cleaner, safer city by reducing accidents,
pollution, and water runoff .
Expected Partners: Wayne County Highway Department
Strategy 1E:
Develop Adaptive Stormwater Management
Best Practices and Integrate them into a
Plan to Reduce Stormwater Runoff from
Impervious Surfaces
Strategy 1F:
Understand and Address Green Stormwater
Collection and Treatment System Weaknesses
Strategy 1G:
Increase Street Sweeping and
Stormwater Drain Maintenance
TIME
COST
PRIORITY
TIME
COST
PRIORITY
TIME
COST
PRIORITY
22 Climate Action Plan 2022
Richmond’s street sweepers removed
186 tons of debris in 2021.
Did you know?
Climate Action Plan 2022 23
Our business community can anticipate increased costs from
extreme weather event recovery, supply chain disruptions,
insurance rates, and more. Conducting a climate change
economic impact analysis can help Richmond understand how the
changing climate will aff ect local economic activity. Informed
investment in the community and climate resiliency will help
create a thriving economy in the face of future impacts.
Expected Partners: Chamber of Commerce, Eastern Indiana
Regional Planning Commission, Offi ce of Community and Rural Aff airs,
Local Higher Education Institutions, Main Street Richmond, Indiana
Economic Development Corporation, Wayne County Convention &
Tourism Bureau, Economic Development Corporation of Wayne County
Strategy 2A:
Evaluate How Climate Change
Impacts Could Affect the Local Economy
TIME
COST
PRIORITY
As various climate impacts occur with more regularity and severity, local economies will shift as communities and
businesses begin off ering preparedness solutions. Tourism and recreation off erings may change, job opportunities
may transition to new sectors, and residents and businesses may incur new costs and income streams. Richmond
can help prepare its community for this transition by considering how the local economy will be impacted, by
planning ahead, and by updating existing programs and plans to consider the coming climate reality.
Approach 2.
Prepare Economic Development
Practices for a Changing Climate
24 Climate Action Plan 2022
While most impacts of climate change are harmful and will
increase upfront or long-term costs dramatically if no preparatory
activities occur, a few consequences may off er positive benefi ts,
such as increased tourism and recreation opportunities in
certain parts of the state. Richmond should consider the
totality of these impacts and account for the City’s response
when outlining economic development strategies and plans.
Expected Partners: Chamber of Commerce, Local Higher Education
Institutions, Economic Development Corporation of Wayne County
Increasing temperature, precipitation, and extreme weather
events that directly and indirectly impact Indiana can cause
job and opportunity losses from destabilization, disaster, and
uncertainty. Richmond can facilitate connections through
workforce development programs, community colleges, local
chambers of commerce, and other organizations to ensure
that residents seek out and fi nd opportunities when these
transitions are needed.
Expected Partners: Chamber of Commerce, Forward Wayne
County, Local Higher Education Institutions, Economic Development
Corporation of Wayne County
Strategy 2B:
Incorporate Climate and Disaster Resilience
into Economic Development Strategic Plans
Strategy 2C:
Consider and Plan for Implications of
Climate Change on the Local Job Market
TIME
COST
PRIORITY
TIME
COST
PRIORITY
Over 44% of respondents said they
would not be able to aff ord home
repairs after a natural disaster.
Survey Fact!
Climate Action Plan 2022 25
As sea levels rise and hurricanes, droughts, and other extreme
weather events increase in severity, cities, and towns in Indiana
can expect new residents from areas aff ected by these events.
The City of Richmond should create a plan of action to handle
potential infl uxes of new residents. This plan could help
adequately meet the needs of new residents and the people
of Richmond alike in times of emergency.
Expected Partners: Continuum of Care, Faith Institutions,
Housing Authority, Richmond Community Schools, United Way
of Whitewater Valley, Wayne County Foundation
The same residents who are most vulnerable to extreme
weather events are often the least able to aff ord the resources
necessary to recover from them. To prevent residents from
being disproportionately aff ected by climate hazards, Richmond
should dedicate thoughtful planning, funding, and assistance
with equity at the forefront.
Expected Partners: Faith Institutions, Wayne County EMA,
Wayne County Health Department, Wayne County Trustee
Strategy 2E:
Develop a Plan for Accepting People
Displaced by Climate Change Impacts
Strategy 2D:
Establish a Protocol for Providing Assistance
to Residents Facing Financial Strain From
Climate Hazards
TIME
COST
PRIORITY
TIME
COST
PRIORITY
26 Climate Action Plan 2022
Emergency management planning and training already exist in counties across Indiana, among numerous local,
state, and private entities. However, the increasing frequency and strength of extreme weather events brought on
by climate change can stress a community’s capacity to respond and exacerbate existing vulnerabilities. As local
governments face these threats and hazards, eff ective emergency management is more critical than ever.
Approach 3.
Prepare Emergency Management
Systems for Future Stresses
Heatwaves can cause roadways and pavement to buckle,
power lines to sag, and other infrastructure failures. Determining
what infrastructure systems are most vulnerable to higher
temperatures can help Richmond better invest in and protect
the city’s critical infrastructure to more eff ectively respond to
or avoid failures altogether. Obtaining an evaluation from an
engineering fi rm is a good fi rst step for a comprehensive
analysis. Richmond has already begun investing in infrastructure
by replacing overhead electricity lines with a more resilient,
underground alternative.
Expected Partners: Broadband Providers, CenterPoint Energy,
Indiana American Water, INDOT, Indiana Municipal Power
Agency, Whitewater Valley Rural Electric Membership Corpora-
tion, Richmond Power & Light, State of Indiana, Wayne County
Commissioners, Wayne County Highway
Department, Duke Energy
Strategy 3A:
Identify and Protect Critical
Infrastructure from Higher Temperatures
TIME
COST
PRIORITY
Richmond survey respondents were most
concerned with the impacts of extreme
heat when asked about climate issues.
Survey Fact!
Climate Action Plan 2022 27Climate Action PPlan 2022 27
Involving the on-site managers of critical facilities and community
infrastructure can ensure that these individuals understand
the increasing threats posed by the changing climate and
prepare for and respond to extreme temperatures. Increasing
their involvement and the involvement of fi rst responders such
as fi re and police will increase overall preparedness.
Expected Partners: Indiana American Water, Whitewater Valley
Rural Electric Membership Corporation, Richmond Fire Department,
Wayne County Sheriff ’s Department, Richmond Power & Light, Wayne
County Highway Department
As extreme heat events become more frequent and severe,
Richmond can benefi t from taking steps in advance to increase
individual household preparedness. The City of Richmond can
increase household preparedness by educating residents on
protocol surrounding potential emergencies. With a better
understanding of these emergencies, residents of Richmond can
be more prepared for the future and feel confi dent in their safety.
Expected Partners: Amigos Richmond Latino Center, Wayne
County Emergency Management Agency, Richmond Fire
Department, Reid Health, Wayne County Health Department,
Wayne County Purdue Extension
As the likelihood of extreme heat events increases, individuals
with special circumstances such as language and cultural
barriers, health issues, and strained incomes, may face diffi culties
that make preparing for and responding to heat more challenging.
Richmond pushes for various organizations and entities to
work together through communication, coordination of eff orts,
and effi cient use of resources to build a resilient community
support system.
Expected Partners: Faith Institutions, Housing Authority,
Local Non-profi ts, Neighborhood and Community Services,
Wayne County Emergency Management Agency, Wayne County
Health Department, Wayne County Purdue Extension
Strategy 3B:
Involve Critical Faculty and Emergency
Infrastructure Managers in Climate Change
Preparedness and Management
Strategy 3C:
Educate Residents about Steps they Can Take
to Improve Personal Emergency Preparedness
Strategy 3D:
Enhance Community Networks and
Connections for Vulnerable Communities
TIME
COST
PRIORITY
TIME
COST
PRIORITY
TIME
COST
PRIORITY
Climate Action Plan 2022 27
28 Climate Action Plan 2022
Increasing temperatures and heavy precipitation events can overwhelm the energy grid. Identifying backup power
supply, reducing building energy needs, and investing in solar and other distributed energy sources can make the grid
more resilient. Ensuring continuity in the energy supply can be a matter of life and death. The following strategies will
make energy and utility infrastructure more resilient to a changing climate.
Approach 4.
Prepare Energy and Utilities
for a Changing Climate
There are many initiatives that Richmond can implement
to decrease the risk of power outages during and after
storms. For example, local offi cials can run internal and
community-wide programs to support energy effi ciency or
meet with electricity and natural gas providers to express their
interest and concern in decreasing power supply issues due to
the threats of climate change. Working with the local utility can
help ensure that Richmond handles energy effi ciency, grid
management, and energy availability in the most environmentally
responsible and prudent way possible.
Expected Partners: : Centerpoint Energy, Indiana American
Water, Indiana Municipal Power Agency, Richmond Power &
Light, Duke Energy, County Commissioners, Wayne County
Highway Department
Strategy 4A:
Identify and Protect Critical
Infrastructure from Higher Temperatures
TIME
COST
PRIORITY
Climate Action Plan 2022 29
Alternative energy and energy storage systems, combined with
decentralized micro-grids, off er resilience to extreme weather
events, whereas traditional power generation systems can lead
to widespread blackouts. Diversifying energy sources and
storage in Richmond can help increase reliability within the
city. As Richmond works to advance storage systems and
energy distribution, solar generation has grown and will
increase further.
Expected Partners: Indiana Municipal Power Agency,
Non-Profi ts, Richmond Power & Light
Most critical facilities and systems rely on energy to operate.
Power grids are likely to fail during and after extreme weather,
rendering critical infrastructure unusable. Richmond can better
prepare for severe weather and its eff ects on energy by investing
in backup power sources. These can include battery-stored backup
power, solar power, or other renewable energy systems and
working with RP&L to increase distributed generation installations.
Expected Partners: Local Utilities, State or Federal Government
Low-income residents might not have access to air conditioning
or struggle to aff ord it as the number and severity of high heat
events increases. These residents might also struggle to keep
up with energy costs during recurrent cold snaps. Currently,
some programs exist to provide assistance with bills and ensure
heat in the colder winter months. As increasing temperatures
create more extreme heat days, Richmond can implement
measures to reduce these impacts and consider the need for
funding assistance, focusing on heat relief in the summer months.
Expected Partners: Interlocal Community Action Program,
Wayne Township Trustee’s Offi ce
Strategy 4B:
Encourage Alternative Energy
Generation, Energy Storage Systems,
and Distributed Energy
Strategy 4C:
Install Back-up Power Options for
Critical Facilities and Systems
Strategy 4D:
Establish a Protocol for Providing Assistance
to Residents who Face Financial Strain Caused
by Higher Energy Costs
TIME
COST
PRIORITY
TIME
COST
PRIORITY
TIME
COST
PRIORITY
30 Climate Action Plan 2022
Local governments can integrate readiness initiatives into their everyday activities and create voluntary programs to
encourage the private sector to prepare for climate change impacts. While these initiatives help a community start to
think about the gravity of more frequent heatwaves and fl oods and their downstream eff ects, it often takes regulatory
mechanisms and long-term planning to comprehensively address local climate vulnerabilities.
Approach 5.
Adopt More Sustainable
Planning and Land Use Policies
The EPA’s “Flood Resilience Checklist” checklist includes overall
strategies to improve fl ood resilience and specifi c strategies to
conserve land and discourage development in river corridors.
These include protecting people, businesses, and facilities in
vulnerable settlements; directing development to safer areas;
and implementing and coordinating stormwater management
practices throughout the whole watershed.
Expected Partners: Wayne County Emergency
Management Agency
Strategy 5A:
Complete the US EPA’s
Flood Resilience Checklist
TIME
COST
PRIORITY
Over 90% of survey respondents want
to see more trees planted in Richmond.
Survey Fact!
Climate Action Plan 2022 31CClimate AActicton Plaan 2022 31
The National Flood Insurance Program’s (NFIP) Community
Rating System (CRS) is a voluntary incentive program off ered
by the Federal Emergency Management Agency (FEMA) that
recognizes and encourages community fl oodplain management
activities that exceed the minimum requirements.
Expected Partners: Wayne County Emergency
Management Agency
The presence of an extensive tree canopy is associated with
measurable decreases in air temperature compared to areas
without dense tree cover, among many other kinds of benefi ts.
This aligns with Richmond’s Beat the Heat program, which
furthers the central goal of helping residents understand and
respond to an increase in hot days and the negative impacts of
hotter weather. Richmond has been recognized as a Tree City
USA and could do so again.
Expected Partners: Arbor Day Foundation, Local Non-profi ts,
Indiana Department of Natural Resources
This adaptation strategy supports Richmond’s goal of conserving
resources and protecting the city’s natural environment through
guiding growth and redevelopment. The city can adopt vegetation
protection areas or zones to designate sections of land to be
restored or kept for plants.
Expected Partners: Community members, businesses
Strategy 5B:
Participate in the National Flood Insurance
Program Community Rating System
Strategy 5C:
Pass a Tree Canopy Ordinance
Strategy 5D:
Designate Vegetation Protection Areas
TIME
COST
PRIORITY
TIME
COST
PRIORITY
TIME
COST
PRIORITY
Climate Action Plan 2022 31
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As buildings and vehicles operate, they release waste heat
contributing to nearby temperatures. Increasing effi ciency and
limiting waste could help Richmond manage rising temperatures
while creating higher productivity within the energy sector.
Richmond could connect businesses and other entities to grant
programs that can help implement these upgrades.
Expected Partners: US Environmental Protection Agency,
Wayne County Commissioners, Wayne County Purdue Extension
Preparing for the impacts of climate change is expensive, but
responding to events worsened by it will likely be pricier than
being proactive. Financing can draw from public and private
sources, including state and federal grant funding, working
through public-private partnerships, private foundations,
and local taxes and fees, among other options.
Expected Partners: Economic Development Corporation
of Wayne County
Strategy 5E:
Promote Energy Effi ciency
and Waste Heat Reduction
Strategy 5F:
Integrate Funding for Readiness
Actions into Financial Planning
TIME
COST
PRIORITY
TIME
COST
PRIORITY
Climate Action Plan 2022 33
As higher temperature and heatwaves become more common in Indiana, these and other changes lead to improved
habitat for disease-carrying vectors. Hospitals, doctor’s offi ces, public health departments, local governments, and
partner organizations will see an increased need for general education and health services. More frequent fl oods and
extreme weather events can lead to more indoor air pollution issues. Predicted temperature increases can lead to
more incidences of heat illness and more days with unhealthy outdoor air quality. To alleviate the corresponding
impacts on human health, local governments can increase public education, take steps to understand the threats
better, and design strategies and plans.
Approach 6.
Adapt Public Health & Safety Processes
As temperatures continue to rise, Indiana will likely experience
more days with unhealthy air pollution4. Educating Richmond
residents about the health risks of poor air quality, and having
an eff ective air pollution warning system in place, can reduce
the adverse health impacts of air pollution.
Expected Partners: Local Higher Education Institutions, Local
Schools, Reid Health, Local Health Care Institutions, Wayne
County Emergency Management Agency, Wayne County Health
Department
Strategy 6A:
Provide Air Quality Education and Advanced
Warning Systems for High Pollution Days
TIME
COST
PRIORITY
34 Climate Action Plan 202234 Climate e Action Plan 2022
The City of Richmond can advise residents of things they can
do on high air pollution days to limit local emissions and encourage
them to protect their health and the community’s health. It is
also vital for Richmond to have policies to curtail high-emitting
activities, especially on “bad air” days. The combination of public
and private action can help prevent and limit the harmful
eff ects of air pollution within the city.
Expected Partners: Wayne County Emergency Management
Agency, Wayne County Health Department
The best way to reduce the risk of illness from poor air quality
is to prevent poor air quality in the fi rst place. While much air
pollution is regional, the City of Richmond can limit local
sources of dust, soot, and smog-forming pollutants. The
reduction of local emissions can improve local air quality.
Expected Partners: Indiana Department of Environmental
Management, Wayne County Council
Strategy 6B:
Provide Air Quality Education and Advanced
Warning Systems for High Pollution Days
Strategy 6C:
Develop Local Air Pollution
Reduction Programs
TIME
COST
PRIORITY
TIME
COST
PRIORITY
34 Climate Action Plan 202234 Climate Action Plan 2022
Climate Action Plan 2022 35
Mitigation, in the framework of climate change preparation, includes actions taken by groups to reduce
the amount of greenhouse gasses emitted through a variety of sectors. Every sector of Richmond’s
greenhouse gas inventory has room for reduction. For example, the City can work to reduce emissions
from energy by shifting the energy portfolio used in Richmond away from fossil fuels and increasing the
energy effi ciency of local buildings and facilities. To minimize the negative impacts of global climate
change, communities and organizations must work to reduce emissions in applicable sectors. This part of
the Plan contains an overview of Richmond’s 2018 greenhouse gas inventory, an overview of forecasted
emissions in a business as usual scenario, and details on various recommended strategies the City of
Richmond can pursue to reduce community-scale emissions.
While the benefi ts of reducing greenhouse gas emissions are primarily felt globally, their pursuit yields
many important co-benefi ts that improve residents’ lived experiences. The City should consider the
impact of these strategies with special emphasis given to these co-benefi ts and how they complement
other strategies, plans, and goals.
Part 2
Mitigation
36 Climate Action Plan 2022
Current Emissions: GHG Inventory (2018)
The fi rst step toward reducing a community’s emissions is to conduct a greenhouse gas inventory. This is the
process of selecting a baseline year and calculating the quantity and source of greenhouse gasses emitted in a
community. As part of Indiana University’s Resilience Cohort, Richmond received support from the Environmental
Resilience Institute and ICLEI USA, which included one-on-one guidance, training webinars, and the opportunity to
apply for additional staff capacity. In 2019, Richmond completed data collection and analysis for the city’s Greenhouse
Inventory, providing a picture of emissions created by Richmond’s residents, businesses, and institutions over the
2018 calendar year. The Greenhouse Gas Inventory categorized emissions as coming from energy, transportation,
solid waste, water & wastewater, and upstream impacts. See Figure 8. Richmond’s Greenhouse Gas Inventory
Report may be found in full as Appendix IV and is an important partner piece to this Plan; a summary follows.
Figure 8.
Richmond Greenhouse
Gas Inventory Report
Electricity
680,000
81.3%
Transportation
86,300
10.3%
Solid Waste
29,590
3.5%
Grid Loss
28,600
3.4%
Water
11,690
1.4%
838,000
Metric Tons of
CO²e in 2018 Metric Tons of CO²e
Climate Action Plan 2022 37
Energy is by far the largest emission sector for
Richmond. In 2018, the energy sector comprised
81.3% of Richmond’s total greenhouse emissions;
electricity accounted for 82.5%, and natural gas
accounted for 17.5%.
Transportation as a whole made up 10.3% of
Richmond’s total emissions in 2018. The main
contributors in this sector include on-road passenger
transportation, freight transportation, public transit,
aviation, railways, and off -road sources.
Solid waste made up approximately 4% of Richmond’s
2018 emissions. The contributors include municipal
solid waste, industrial solid waste, landfi ll gas fl aring,
and solid waste collection and transportation. Municipal
solid waste produced over 90% of emissions within
this section.
Upstream impacts include “fugitive emissions” from
energy loss during electricity transmission and
distribution. The U.S. EIA (Energy Information
Administration) estimates that about 5% of electricity
nationwide is lost to grid loss. In Richmond, the
lower-than-average grid loss translates into 28,600
metric tons of carbon dioxide equivalent (CO2e).
Water and wastewater processes are the most minor
contributor to Richmond’s emissions, accounting for
less than two percent of the total emission number.
In this sector, emissions are produced mainly through
wastewater treatment and potable water treatment.
A critical fi nding is that Richmond’s emissions
are well above the average per capita nationwide.
See Figure 9. The city’s above-average emissions
demonstrate the opportunity for eff ective
mitigation measures. Before describing strategies
to mitigate our emissions, it is helpful to
extrapolate emissions into the future.
Figure 9.*All data is from 2016, except Richmond, IN, which is from 20I8.
Average Annual Emissions Per Capita by City*Metric Tons of CO²e
23.57
Richmond. IN
16.06
National Avg.St. Louis: 30.39Cleveland: 29.96Indianapolis: 25.41Richmond, I
N: 23.57Lake Forest, IL: 20.77Nashville: 18.08Iowa City: 17.69National Avg.: 16.06Houston: 15.22Richmond, VA: 14.47Detroit: 14Denver: 13.47Columbus: 13.14Chicago: 12.32Minneapolis: 11.77St. Louis
30.39
Minneapolis
11.77
38 Climate Action Plan 2022
Forecast of Richmond’s Greenhouse Gas Emissions and Trends
Understanding the current forecasted trend of emissions
in Richmond is essential to plan for greenhouse gas
reductions. Data from a variety of sources on population,
transportation, and energy was input into the Clearpath
software to understand Richmond’s projected emissions
through 2050 in a business-as-usual scenario.
According to US Census data, Richmond has lost
population each decade since 1960-1970. Since this
trend continued with the publication of the 2020
census, a rate of -4% every ten years was applied to the
forecast. Other pertinent factors applied to the emissions
forecast were grid electricity intensity changes from the
construction of Richmond’s current solar parks and
default effi ciency standard changes for vehicles.
Assumptions about the City’s population and total
building square footage through territorial annexations
were not considered for this forecast.
Figure 10. shows that the recent and ongoing solar park
construction in Richmond has the most signifi cant impact
on projected emissions, specifi cally lowering levels within
the energy sectors. However, Richmond must actively
policies and projects to lower emissions to achieve the
City’s reduction goals. Richmond applied a 35% reduction
goal by 2035 and 80% by 2050 in the Clearpath software.
Forecasted emissions are nearing the 35% goal by 2035
but are much further from the 80% goal by 2050. The
following approaches describe the City’s strategies
toward mitigating climate change by more aggressively
addressing emissions to meet each goal.
Figure 10.
Climate Action Plan 2022 39
The Climate Action Plan’s organizes its Mitigation Strategies into seven approaches that impact each emissions
sector from the 2019 greenhouse gas inventory. They include: Decarbonize Energy Generation; Increase Energy
Effi ciency; Effi ciently Manage Solid Waste; Reduce Annular Vehicular Miles Traveled; Encourage Energy Effi ciency
of Vehicles; Effi ciently Manage Potable Water; and Effi ciently Manage Liquid Waste.
Greenhouse gas mitigation is a wide-ranging approach to climate action that includes many potential methods.
Each mitigation strategy consists of a brief description and the time, cost, emissions impact, aff ected sectors,
co-benefi ts, and expected partners. Proposed strategies in this section do not represent all possible ways to
reduce community-scale emissions but instead describe a framework for Richmond to begin taking action.
The Plan derives priority, time frame, and cost representations from survey responses of key stakeholders
with insight on the implementation of each strategy.
Mitigation Strategies
40 Climate Action Plan 2022
As most of Richmond’s greenhouse gas emissions come from the energy sector, reducing emissions in these sectors is
crucial. Richmond’s primary energy providers are the Indiana Municipal Power Agency (IMPA) and CenterPoint Energy.
The City of Richmond should advocate for these utilities to diversify and decarbonize their fuel mixes and aid in citizen-led,
on-site renewable energy projects within Richmond outside of the utility-scale to continue decarbonization.
Approach 7.
Decarbonize Energy Generation
As energy in the form of electricity and natural gas accounts for
more than 80% of Richmond’s emissions, reducing the carbon
intensity of that energy has the potential to make the most
signifi cant of all potential reductions in the City’s emissions.
RP&L has a sole provider power agreement with IMPA until
2042. Without decarbonization from local energy providers,
IMPA, CenterPoint, and Duke Energy, Richmond has little direct
control over this portion of the City’s emissions. Richmond’s
focus should be actively advocating at the state and federal
levels for increased tax credit and carbon tax usage to help
push utility-scale changes.
Sector Impacted: Commercial Electricity, Commercial Natural
Gas, Industrial Electricity, Industrial Natural Gas, Residential
Electricity, Residential Natural Gas, Potable Water Treatment,
Wastewater Treatment
Expected Partners: CenterPoint Energy, Federal Legislature, IMPA,
Indiana Utility Regulatory Commission, State Legislature, Duke
Energy, Whitewater Valley Rural Electric Membership Corporation
Reduction Method: Lower carbon intensity and emissions
from non-fossil fuel energy sources.
Strategy 7A:
Advocate for Increased Renewable Energy
Sources in Richmond’s Local Energy Portfolio
TIME
COST
EMISSION
IMPACT
The Whitewater Valley Station in the
south of Richmond is set to operate as a
peaking station so long as market conditions
allow, and operated for only 40 days in 2021.
Did you know?
Climate Action Plan 2022 41
The city should advocate for and encourage increased on-site
energy generation options for the community, making it clear
that Richmond supports and promotes these options and
provides helpful materials for interested property owners.
Richmond can partner with organizations like RP&L and others
to communicate opportunities and advantages regularly. Solar
generation systems for commercial and residential customers
are reviewed and inspected by RP&L, but more incentives and
education can further increase solar generation.
Sector Impacted: Commercial Electricity, Industrial Electricity,
Residential Electricity
Expected Partners: Chamber of Commerce, Economic
Development Corporation, IMPA, Richmond Power & Light,
Solar Installers, Solarize East Central Indiana, SolSmart
Reduction Method: On site renewable generation lowers
the demand for more carbon-intensive grid energy.
As local development continues, the City of Richmond should
evaluate and implement best practices to integrate renewable
energy generation into new development guidelines.
Requirements, incentives, or credits similar to how the Unifi ed
Development Ordinance currently addresses tree preservation
may incentivize developments that generate renewable energy
on-site in subdivisions, Planned Unit Developments (PUDs), or
commercial areas. Planners should be careful that solar
generation supplements economic growth and does not
come at its expense.
Sector Impacted: Commercial Energy, Industrial Energy,
Residential Energy
Expected Partners: SolSmart
Reduction Method: Ensuring that individual developments
account for at least a portion of their required energy usage
can further minimize reliance on the energy grid and reduce
emissions when utilizing renewable energy generation methods.
Strategy 7B:
Connect Residents and Businesses
with on-site Solar Opportunities
Strategy 7C:
Integrate Renewable Energy
into Land Use and Zoning Codes
TIME
COST
EMISSION
IMPACT
TIME
COST
EMISSION
IMPACT
Climate Action Plan 2022 41
42 Climate Action Plan 20224222222424242222222224222224242224242224222222444222442222242424222224242422222242222222 CliClCliCliliiiiiCiiliiClilliiiCiiCiClCliCCliliiiCliCliCliClliCliCCliClliiiCliCCCCmatmatmatmatmatmatmamamamatmatmatmatmatmmatmattmatmatamatmatmatamatmmatmatmatmatmatatmmmatmataamatmmatmatmataamatmmamatmmatatattmmtmme Aee Ae Ae AAAAAAAAe AAAe AAAeA AAeAe Ae AAe Ae eAeAAAAeAeAAeAAAAeAAAAAAeAAeAAAAAAAAAAAAAAAAAAAActictictictictictititictictictictitictctctictictictctictiictitiitiiicicctiiictitiiiictitiiiictiiiiiiononononon on on on on onon onon onononoon oonnooonnnnnnnn non nonoon PlPlaPlPlalllalllalalalaaaaalaaaaPlllaaPlaPPllllaallllallalaPlllaPlalalallallPlaaPPllaaaaaPPPaPPPPPPaPaaaaaaaaannnn 2n2n 2n22n22n2n2n2nnnn2n2n2n2n2n22nn22n2n2nnn2nnnnn2nnn222nnn2nnnnnnnnnnnnnn2nnn 2nnnnn02202202202202200222022222022022022022022022022222022220220220220220202202202200220222220222002202222222022222222222022222222
To fully ensure that the community adopts on-site solar energy
projects, Richmond should ensure that the City’s planning,
zoning, permitting, and inspection processes eff ectively achieve
compliance with codes while minimizing unnecessary barriers
for property owners. Richmond is on track to obtain SolSmart
Silver certifi cation in early 2022. Pushing for Gold certifi cation
beyond that would make it even easier for residents to install
solar panels on their homes. Partnering with local Homeowners
Associations is key to increasing solar development.
Sector Impacted: Residential Electricity
Expected Partners: Builders, SolSmart
Reduction Method: On site renewable generation lowers
the demand for more carbon-intensive grid energy.
Richmond should research and adopt ways to encourage
property owners and developers to utilize these energy sources
on their properties to increase on-site renewable adoption.
Tax abatements or up-front fi nancing may be an eff ective
way to eliminate or reduce fi nancial barriers to these projects.
Collaboration between RP&L and energy consumers is
important in creating impactful incentives. Richmond can
explore making energy generation a requirement for businesses
receiving tax abatements or providing up-front fi nancing for
renewable energy improvements to properties.
Sector Impacted: Commercial Electricity, Industrial Electricity
Expected Partners: Indiana Finance Authority, Offi ce of
Community and Rural Aff airs, United States Department of
Agriculture, Economic Development Corporation of Wayne
County
Reduction Method: On site renewable generation lowers the
demand for more carbon-intensive grid energy.
Strategy 7D:
Eliminate Barriers to
Residential Solar Development
Strategy 7E:
Develop Local Incentives for
Renewable Energy Projects
TIME
COST
EMISSION
IMPACT
TIME
COST
EMISSION
IMPACT
Richmond’s fi ve solar parks generated 49,301
megawatt hours of electricity in 2021.
Did you know?
Climate Action Plan 2022 43
Because many homes in Richmond are older, the City should
do all it can to reduce the utility burden for its most vulnerable
citizens. Weatherization programs provide residents with the
means to eff ectively seal their homes from the elements,
helping them retain heat and cooling. This reduces wasted
energy and better protects people from the elements. While
not having a relatively high impact on emissions, this strategy
signifi cantly and positively impacts disadvantaged residents
with a disproportionately high energy burden. The cost for this
program would increase to “medium” if the programming
included off ering fi nancial assistance from the city.
Sector Impacted: Residential Electricity, Residential Natural Gas
Expected Partners: Interlocal Community Action Program,
Independent Living Center of Eastern Indiana, Indiana Housing
Community Development Authority, People Working Cooperatively
Reduction Method: Helps eliminate energy sinks in buildings,
reducing demand for grid energy.
Strategy 8A:
Connect Residents with Home
Weatherization Opportunities
TIME
COST
EMISSION
IMPACT
While reducing the carbon intensity of energy is vital in reducing overall emissions, lowering the amount of energy needed
to power and heat homes and businesses is also essential. Richmond has an old building stock, mainly in the residential
sector, and fi nding the best ways to keep these buildings effi cient will provide many benefi ts.
Approach 8.
Increase Energy Effi ciency
44 Climate Action Plan 2022
The city should strive to encourage residents to conserve energy
in their daily lives to reduce overall consumption in the residential
energy sector. Local utilities have developed materials on energy
effi ciency related to the energy they produce; the City can
aggregate relevant materials and develop other standardized
materials and programming, and partner with media organizations
to advocate for energy effi ciency programs.
Sector Impacted: Residential Electricity, Residential Natural Gas
Expected Partners: Amigos Richmond Latino Center,
IMPA, Richmond Power & Light, Wayne County Purdue Extension
Reduction Method: Helps reduce energy usage in buildings,
reducing demand for grid energy.
Energy benchmarking is the practice of tracking and assessing
energy usage in buildings compared to others of similar age,
build, and composition to identify room for improvement.
Organizations use this information to identify areas where
energy usage can be conserved. The City can assist businesses
that would like to begin benchmarking and eventually evaluate
the possibility of requiring benchmarking for commercial
buildings over a specifi c size within jurisdictional boundaries.
Richmond should start benchmarking with software such as
Portfolio Manager in city-owned facilities as a proof of concept
and conduct cost-benefi t analyses of oversight costs versus
energy savings before exploring any such ordinance.
Sector Impacted: Commercial Electricity, Commercial
Natural Gas, Industrial Electricity
Expected Partners: Local Businesses and Manufacturers, US
Environmental Protection Agency
Reduction Method: Helps set energy use targets and
reduce energy usage, reducing demand for grid energy.
Strategy 8B:
Provide Residents with
Energy Effi ciency Education
Strategy 8C:
Explore Opportunities for
Commercial Energy Benchmarking
TIME
COST
EMISSION
IMPACT
TIME
COST
EMISSION
IMPACT
Hospitals in the United States rank as some
of the highest energy consumers in the world.
Did you know?
Climate Action Plan 2022 45CllClCliCliCliClCliCliClClCliCliCliCliCliCCliCliiClitttmatmatmatmattmatmatmatatatmatmaAAAAAAAAAAAAAAeAAAAeAAAeAAeAAAeAeAeAAAAe Ae AeAeAAA itictictictictctctictictictictictiononononoononon on llPllPlPlPPlPlaPlaPlaPlaPlaPPlaPPlaaaa 2n22222nnnnn22nn 222nn n 222n 220222222202220222200222220202222222222020202 4445554454545444545
The city should encourage property owners to pursue energy
audits on their buildings and partner with RP&L to increase
participation in this program. RP&L currently off ers audits for
residential and commercial customers. The city should work
with RP&L to expand advertising and participation in this
program and implement best practices after audit results.
This strategy synergizes with weatherization advocacy.
Sector Impacted: Residential Energy, Commercial Energy
Expected Partners: Property and Business Owners, Richmond
Power & Light
Reduction Method: Helps reduce energy sinks in buildings,
reducing demand for grid energy.
Richmond has minimal local authority because it must utilize
Indiana building codes that follow international standards.
The City administration should advocate as it is able for the
IBC (International Building Code), IRC (International Residential
Code), and IPC (International Plumbing Code) requirements
to implement more stringent effi ciency standards for new
construction and relevant renovation projects.
Sector Impacted: Residential Energy, Commercial Energy,
Industrial Energy
Expected Partners: Indiana Association of Building
Offi cials, State Legislature
Reduction Method: Reduces energy needed for
buildings to operate, reducing demand for grid energy.
Strategy 8D:
Increase Energy Effi ciency Audits in Buildings
Strategy 8E:
Advocate for Building Code Updates to
Increase Energy Effi ciency Requirements
TIME
COST
EMISSION
IMPACT
TIME
COST
EMISSION
IMPACT
Climate Action Plan 2022 45
Energy effi ciency ranked highest as a strategy
to combat climate change and improve quality
of life for survey respondents.
Survey Fact!
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The city should strive to continue seeking effi ciencies before
expecting citizens to do the same. Implementing energy
benchmarking in city-owned buildings and then utilizing fi ndings
to upgrade lights and fi xtures will provide a practical model
and training for future projects. RP&L is willing to perform
energy audits with all city departments to generate this data.
Partnering with RP&L can help the City of Richmond understand
consumption and fi nd opportunities to increase effi ciency.
Sector Impacted: Energy
Expected Partners: Environmental Protection Agency, Offi ce of
Rural and Community Aff airs, Richmond Power & Light, United
States Department of Agriculture
Reduction Method: More effi cient operations within City
buildings and facilities can decrease the energy needed, driving
emissions reduction upstream from power generation and
delivery across the local grid.
The Energy Information Administration estimates that, as
electricity is transmitted and distributed throughout the grid,
around 5% of it is lost7. RP&L actively rebuilds circuits and
considers improving electrical effi ciency and reducing system
losses a priority. Richmond’s proactive approach to upgrading
this infrastructure manifests in only a 2.9% grid loss, and the
City should encourage this practice. Upgrading transformers
and substations have the most impact.
Sector Impacted: Energy
Expected Partners: Indiana Municipal Power Agency,
Richmond Power & Light
Reduction Method: Helps reduce energy and emissions lost
when transporting it across the grid.
Strategy 8F:
Incorporate Increased Energy
Effi ciency into City Operations
Strategy 8G:
Continue Upgrading Energy Transmission
Infrastructure to Reduce Grid Loss
TIME
COST
EMISSION
IMPACT
TIME
COST
EMISSION
IMPACT
The average American home uses about
11,000 kilowatt hours of electricity per year.
Did you know?
Climate Action Plan 2022 47
A signifi cant amount of municipal solid waste is compostable
material such as food waste and yard trimmings. Diverting
these materials from the landfi ll, either by working with households
to set up composting on an individual property or scaling up to
a curbside pickup or neighborhood drop-off program, can
signifi cantly reduce the amount of material being put into the
landfi ll every year. Richmond could implement a small-scale
pilot program pending analysis of costs and benefi ts. Currently,
leaves are composted and promote vegetation growth on
landfi ll cells, while the brush is ground and spread on slopes to
aid erosion control. A permit modifi cation and increased vector
reduction methods would be needed to compost food waste.
Anything on a large scale, such as curbside collection, would
require signifi cant changes to equipment and personnel.
Sector Impacted: Solid Waste
Expected Partners: Local Schools, Local Businesses
Reduction Method: Diverts waste from the landfi ll, reducing
emissions from material decomposition within the landfi ll.
Strategy 9A:
Explore Feasibility for Various Compost
Scales and Methods
TIME
COST
EMISSION
IMPACT
Richmond Sanitary District has complete jurisdiction over solid waste management within city limits. Diverting
materials that often go to the landfi ll can be achieved through increased recycling and composting programs. Other
methods to reduce emissions from solid waste come from reducing emissions from materials already within the
landfi ll and reducing emissions related to the transportation of solid waste. Care is needed to ensure that projects
related to landfi ll diversion eff ectively reduce greenhouse gas emissions rather than diverting emissions from one
sector to another by, for example, introducing routes for compost pickups that don’t result in net negative emissions.
Approach 9.
Effi ciently Manage Solid Waste
48 Climate Action Plan 2022
The New Paris Pike landfi ll burned ~240,480,000 cubic ft of gas
in 2018, approximately 50% of which was methane, a potent
greenhouse gas. Exploring technology to capture this methane
and utilize it for heating or generation will help reduce the 630
MT of CO2e generated from burning it off . Indiana has several
communities currently utilizing this strategy. A cost-benefi t
analysis of this project is essential to understand its feasibility,
given the high up-front cost.
Sector Impacted: Municipal Solid Waste
Expected Partners: US Environmental Protection Agency
Reduction Method: Landfi ll gasses are currently vented into the
atmosphere. A signifi cant portion of these gasses have greenhouse
eff ects. Gas capture and re-use methods directly reduce greenhouse
gas emissions at the landfi ll, benefi t the local energy grid, and reduce
pollution.
In 2019, Richmond Sanitary District reported that 230 tons of
material were diverted from the New Paris Pike landfi ll through
RSD’s recycling program. Richmond’s recycling rate is low
compared to the 64,482 tons of solid waste received at the
landfi ll in 2018. The EPA estimates that a signifi cant amount of
the American waste stream is recyclable through diff erent
methods9. Richmond continues to add educational pieces for
the public to encourage more participation in local recycling
programs, including the newly expanded corrugated cardboard
recycling program. As the city continues to grow the recycling
program, Richmond will consider upgrades to sorting and
baling equipment, which will allow the City to increase the
types of items that can be collected and make the service more
attractive to residents. Many neighboring communities lack
recycling programs; as the Richmond program expands, it
should consider forming a regional recycling program.
Sector Impacted: Municipal Solid Waste
Expected Partners: Community Members and Businesses
Reduction Method: Diverts materials from the
landfi ll that generate emissions
Strategy 9B:
Explore Landfi ll Methane
Capture Technologies
Strategy 9C:
Increase Recycling Rates and Options
TIME
COST
EMISSION
IMPACT
TIME
COST
EMISSION
IMPACT
Richmond diverted 305 tons of recyclable
materials from the landfi ll in 2021.
Did you know?
Climate Action Plan 2022 49
The New Paris Pike landfi ll received 18,399 tons of construction
material in 2018. Methods to divert construction debris by
either recycling appropriate materials or fi nding commercial or
industrial partners that can utilize construction materials
should be evaluated to reduce further total waste added to the
landfi ll each year. Richmond uses some construction material
as road base outside of the Landfi ll boundaries, and some of
the contaminated material is used within the Landfi ll.
Sector Impacted: Solid Waste
Expected Partners: Local Construction Companies
Reduction Method: Diverts materials from the
landfi ll that generate emissions
Strategy 9D:
Divert Construction Debris from the Landfi ll
TIME
COST
EMISSION
IMPACT
CliCliCCClimatmatttmate Ae AAAAAAAAAAAAAAAAAAAAAAAAAAActictcctctctctctcctctcctctcctctccccctcctccccccccccccttcon PlaPlan 2n2n2n2n22n222n22n2n22nn2n2n2n22n 2n2n2n22nn2n2n 2n2nn2n2nn022022022000220220220220220220220220220220220220022022022022000022022000002202222002200022002200220222202200000222022222222 49494949499999949
Reduction Method:Diverts materials from the
landfi ll that generate emissions
Richmond landfi lled more than
77,000 tons of solid waste in 2018.
Did you know?
50 Climate Action Plan 202250505050505000500050000000005000000000000500000000000000000000000550005000000000000 Climatmate Ae AActiction on PlaPlan 2n 202202222
As RSD has launched a cardboard recycling program, other
special collection days are off ered for toxic substances and
electronics to be responsibly disposed of, evaluating local
capacity to have drop off locations at the landfi ll or collaborating
with local partners to increase participation for drop off events
may be eff ective. Landfi ll diversion is essential from an emissions
perspective, but working to keep specifi c types out of the
landfi ll stream as much as possible has multiple benefi ts.
Currently, the specialty wastes collected at the Landfi ll are
then hauled off -site at a cost to the Landfi ll.
Sector Impacted: Municipal Solid Waste, Industrial Solid Waste
Expected Partners: Environmental Protection Agency
Reduction Method: Diverts materials from the landfi ll that
generate emissions
Strategy 9F:
Expand Electronics, HFC
(Hydrofl uorocarbon), and Other Specialty
Material Landfi ll Diversion Projects
TIME
COST
EMISSION
IMPACT
Solid waste collection and transportation emissions are the
second largest within the solid waste sector. Ensuring that
methods and routes used to collect waste in Richmond are as
effi cient as possible can aid in reducing these emissions. The
Sanitary District evaluates Richmond’s routes to ensure the
most effi cient pathing. It encourages drivers to adjust containers
or pick up loose trash around containers to be collected
on their initial pass so that another truck does not have to
respond to a citizen complaint later. Education to increase
compliance will also reduce trips. The cost of this strategy
would increase if a consultant were needed.
Sector Impacted: Solid Waste Collection
Reduction Method: Increases effi ciency of waste
transportation, reducing emissions from vehicle travel
Strategy 9E:
Evaluate Solid Waste Collection
and Transportation Routes
TIME
COST
EMISSION
IMPACT
Collecting, transporting, and landfi lling Richmond’s solid
waste resulted in 29,590 metric tons of CO2e in 2018.
Did you know?
Climate Action Plan 2022 51
Programs at the federal and state level can provide
opportunities to increase Richmond’s inventory of multi-modal
transportation/infrastructure options. Increasing the amount
of these options within the community can encourage citizens
to make needed trips without utilizing a car, reducing local VMT
and emissions. The City will evaluate and pursue these programs
where applicable to help ensure that enough money is available
to take on projects to strengthen the City’s transportation
networks outside of car-based infrastructure.
Sector Impacted: In-Boundary Passenger On-Road Transportation
Expected Partners: Federal Legislature, State Legislature
Reduction Method: Helps reduce annual VMT, reducing
emissions from vehicles
Strategy 10A:
Advocate for Funding
Opportunities for Multi-modal
Transportation Options and Infrastructure
TIME
COST
EMISSION
IMPACT
After energy, transportation is the largest sector of Richmond’s greenhouse gas emissions. Most transportation
emissions come from passenger and vehicular freight travel, measured in annual vehicle miles traveled (VMT).
The city can aid in reducing the annual VMT through a variety of strategies, mainly focused on infrastructure projects
that encourage compact development that reduces the need for vehicular travel from homes to work and amenities.
Encouraging community travel habits that reduce vehicular travel and more group travel options can also eff ectively
reduce emissions in the transportation sector.
Approach 10.
Reduce Annual Vehicular Miles Traveled
The Rose View Transit provided
124,809 one-way trips in 2021.
Did you know?
52 Climate Action Plan 2022
As the Loop and other trails/multi-use paths have been
budgeted and built in past years, the City should continue
to plan for and construct infrastructure that helps create a
walkable, bikeable city. Evaluating practices that can eff ectively
expand transit options where they are missing is important in
increasing participation in multi-modal transportation options.
Sector Impacted: In-Boundary Passenger On-Road Transportation
Reduction Method: Helps reduce annual VMT, reducing
emissions from vehicles
The city should strive to connect with local employers to fi nd
best methods to off er transit programs that their employees
can utilize. Many workers struggle to fi nd aff ordable and
reliable transportation, especially outside of the operating
hours of Roseview Transit. Carpooling or bus routes can help
employees fi nd rides to and from their shifts at low cost and
reduce annual vehicle miles traveled in Richmond.
Sector Impacted: In-Boundary Passenger On-Road Transportation
Expected Partners: Major Employers
Reduction Method: Helps reduce annual VMT, reducing
emissions from vehicles
Strategy 10B:
Evaluate Integrating Multi-modal
Transit into Capital Spending plans
Strategy 10C:
Aid in Providing Employer-assisted
Transit Programs
TIME
COST
EMISSION
IMPACT
TIME
COST
EMISSION
IMPACT
Climate Action Plan 2022 53CCCCliCliCCliCliCliCliCCCCCliCliCliCliCliCCCliiCCCCCCliiCliCCCCliCCliCCCliCliCCiCCCiiCliCCiCiCCCCiCCCCCCCCCCCiiCCCCCCCCCCiCCCCCCCCCCCCCCmmmatmatmatmmmmmmatmmmmmatmmmmmmmmmmmmmmmmmme Ae AeAe Ae Actictictctictitonoonon onn PlaPlaPlPlaPlaPlaPlan 2n2n2nn 2n 2020220220020220222 53535353
The city should create and utilize standardized materials that
promote the usage of carpooling or multi-modal transportation
methods. Input from citizens and organizations can be valuable
in understanding areas that are most in need of more options
and barriers to these transportation methods that currently
exist. Much of the cost of this strategy would be spent in
curriculum development and marketing.
Sector Impacted: In-Boundary Passenger On-Road Transportation
Expected Partners: Local Non-profi ts, Major Employers
Reduction Method: Helps reduce annual VMT, reducing
emissions from vehicles
As multimodal infrastructure continues to be implemented in
Richmond, evaluating programs that encourage residents to
utilize these options at low cost may be helpful in wider-scale
adoption and use of non-car transportation options.
Sector Impacted: In-Boundary Passenger On-Road Transportation
Expected Partners: Social Media Bike Groups, Local
Businesses, Local Non-profi ts
Reduction Method: Helps reduce annual VMT, reducing
emissions from vehicles
Strategy 10D:
Educate Community Organizations
and Residents on Value of Multi-modal
Transit and Local Opportunities
Strategy 10E:
Evaluate Bike Sharing Programs
TIME
COST
EMISSION
IMPACT
TIME
COST
EMISSION
IMPACT
54 Climate Action Plan 202254454 4 544 4 CCCCCCCCCCCCCClCllliliiCClilCCCCCCCCCCCClCilClCCCCCCCCCliCCCliCCCCliCliCCCCmmmmmatatatmmateeee Ae Ae e AAe AAeAAAAAeAeAe AAAAeee AeeAAAAAAAAAee AeAAeee AAAAAAAeAAAAAeAAAAAAAeAAAAAAAAAAAAe AeAeAAAAAAAeeAAAAAAeAAAAAAAAeeeeeeAAAAAe AAAeeAAAAAAAeAAeAAAAeeAAAAAAAeAAAAAAAAAAAAAAeAAAAAAAAAAeeAAAAAAAAAAAAAeAAAAAAeAAAAAAAe AAAAAAAAAAeAAAAAeAAAAAAecticcctictcctictictictictictitictiiicctictictictctittitititiictictitctitctctiicciitctctictictitccctttoooooonononon on ooooooooooon oooooooooooooooooooooooooooooooooooooooooooo PlaPlaPlalaPlan 2n 2n 2n 2n 2020220202222
Through Richmond’s planning and zoning processes, the city
can encourage developers to take on a more compact structure
that requires fewer car trips. Multi-use developments that
include housing and amenities can create desirable places to
live, reducing sprawl from commonly-seen suburban areas.
Sector Impacted: In-Boundary Passenger On-Road Transportation
Expected Partners: Social Media Bike Groups, Local
Businesses, Local Non-profi ts
Reduction Method: Helps reduce annual VMT, reducing
emissions from vehicles
As Richmond strives to create a walkable, bikeable community,
ensuring that city development codes aid in this goal is key. As
dense, compact developments should be encouraged, so should
ensuring that parking requirements are in line with that goal
and not in confl ict with the rationale behind these developments.
Sector Impacted: In-Boundary Passenger On-Road Transportation
Expected Partners: Local Businesses
Reduction Method: Helps reduce annual VMT, reducing
emissions from vehicles
Strategy 10F:
Promote Dense and Compact Development
Methods and Bike Infrastructure
Strategy 10G:
Evaluate Reducing Minimum
Parking Requirements in the Unifi ed
Development Ordinance
TIME
COST
EMISSION
IMPACT
TIME
COST
EMISSION
IMPACT
Climate Action Plan 2022 55
Similar to encouraging projects that utilize renewable energy
sources through tax abatements, the City should evaluate and
implement a similar program for projects that encourage and
prioritize multi-modal transportation methods.
Sector Impacted: In-Boundary Passenger On-Road Transportation
Reduction Method: Helps reduce annual VMT, reducing
emissions from vehicles
Another method to encourage compact development may
be to prioritize the development of both residential and
commercial buildings that house multiple tenants. Multi-use
buildings have a benefi cial impact on an area’s walkability,
and multi-tenant commercial spaces can reduce the travel
time needed to reach multiple destinations.
Sector Impacted: In-Boundary Passenger On-Road Transportation
Reduction Method: Helps reduce annual VMT, reducing
emissions from vehicles
Strategy 10H:
Utilize City Incentives to Encourage
Projects Prioritizing Non-motorized Transit
Strategy 10I:
Evaluate Methods to Encourage
Multi-tenant Commercial Buildings
over Single-tenant Buildings
TIME
COST
EMISSION
IMPACT
TIME
COST
EMISSION
IMPACT
56 Climate Action Plan 2022
Complete streets policies plan for transportation infrastructure
that is safe and convenient to travel for people regardless of
what method they utilize. The City has begun adopting such a
policy, as seen with the planning and construction of the Loop.
Ensuring that future transportation projects are easy to travel
for all citizens is vital for Richmond’s sustainable growth. An
integral part of ensuring the successful implementation of a
complete streets program is an updated transportation master
plan. It should both plan future transportation networks
eff ectively and ensure that Richmond continues growing as a
multi-modal transportation-friendly city.
Sector Impacted: In-Boundary Passenger On-Road Transportation
Reduction Method: Helps reduce annual VMT, reducing
emissions from vehicles
Decreasing transportation emissions within public transportation
is split between increasing transit ridership and increasing the
effi ciency of public transit vehicles. Public transit should be
carefully considered and prioritized in future transportation
planning eff orts. Evaluating the change in transit route options,
fl eet vehicles, and other methods to encourage ridership is
important. Richmond should incorporate its Rose View system
into a generalized transit feed specifi cation system to allow for
routes to display as an option on commonly used smartphone
map apps.
Sector Impacted: In-Boundary Passenger On-Road Transportation
Expected Partners: Federal Highway Administration, Indiana
Department of Transportation, US Economic Development
Administration
Reduction Method: Helps reduce annual VMT, reducing
emissions from vehicles
Strategy 10J:
Prioritize a Complete Streets Program
and Ensure Integration in an Updated
Bike and Pedestrian Master Plan
Strategy 10K:
Increase Public Transportation Effi ciency
TIME
COST
EMISSION
IMPACT
TIME
COST
EMISSION
IMPACT
Public transportation use saves the United States the
equivalent of 4.2 billion gallons of gasoline annually!
Did you know?
56 Climate Action Plan 2022
Climate Action Plan 2022 57
As electric vehicles are more widely adopted, the City should
ensure that infrastructure is appropriate for the community.
Strategic evaluation and proper construction of charging stations
will ensure that Richmond is accessible to electric vehicles, both
for local ownership and to draw in visitors from Interstate 70.
Sector Impacted: In-Boundary Passenger On-Road Transportation
Expected Partners: Property and Business Owners, Richmond
Power & Light
Reduction Method: Helps those who convert to more energy
effi cient vehicle options, reducing emissions from the vehicles
used within the community.
Strategy 11A:
Add Electric Vehicle Charging Stations
TIME
COST
EMISSION
IMPACT
Reducing annual vehicular travel can only be eff ective in reducing transportation emissions to a point without disrupt-
ing options for citizens. While the City should encourage multi-modal transportation, another eff ective reduction
method is to promote the adoption of more effi cient vehicles. Strategies in this approach focus on ensuring that
Richmond’s infrastructure is ready for increased adoption of electric vehicles and advocating for policy changes that
encourage the adoption of more effi cient vehicles in general.
Approach 11.
Increase Effi ciency of Vehicles
58 Climate Action Plan 2022
Richmond should lead by example for the community.
Beginning the upgrading of existing city fl eet vehicles is important
as more and more vehicles are replaced with more effi cient ones.
As time goes on, this strategy will become more attainable as
the price of electric vehicles decreases and gas vehicles become
increasingly disfavored.
Sector Impacted: In-Boundary Passenger On-Road Transportation
Reduction Method: Reduces emissions from traditional gas
and diesel-powered vehicles by converting them to more
effi cient systems.
US laws require modern vehicles to abide by emissions
standards 10. As vehicle technology improves and hybrid/
electric cars become more widespread, the City should
encourage the adoption of policies that keep emissions
standards in line with what is reasonable based on
current technology.
Sector Impacted: All Transportation
Expected Partners: Federal Legislature, State Legislature
Reduction Method: : Helps those who convert to more
energy-effi cient vehicle options, reducing emissions from
the vehicles used within the community.
Strategy 11B:
Convert City Vehicles to Hybrid or Electric
Strategy 11C:
Advocate for High-Level
Vehicle Effi ciency Policy
TIME
COST
EMISSION
IMPACT
TIME
COST
EMISSION
IMPACT
58 Climate Action Plan 2022
Climate Action Plan 2022 59
Reducing the amount of total water used in Richmond and working towards more effi cient water treatment
methods are two ways of reducing emissions related to potable water. Water conservation can be approached
through educational programs that encourage residents and businesses to use water more effi ciently, while
treatment effi ciency must be handled at the water utility scale.
Approach 12.
Effi ciently Manage Potable Water
The city should develop educational materials and
programming and partner with Indiana American Water
to ensure residents have access to water conservation
methods to reduce annual water usage in Richmond.
Sector Impacted: All Transportation
Expected Partners: Federal Legislature, State Legislature
Reduction Method: : Helps those who convert to more
energy-effi cient vehicle options, reducing emissions from
the vehicles used within the community.
Strategy 12A:
Partner with IAWC to
Connect Residents with Resources
TIME
COST
EMISSION
IMPACT
60 Climate Action Plan 2022
As with many strategies where the City should plan to
encourage Richmond’s citizens to reduce energy use,
government-owned facilities should lead by example.
The City can evaluate methods to install water-effi cient
fi xtures in City-owned buildings and take on institutional
practices to conserve water.
Sector Impacted: Potable Water Treatment
Reduction Method: Helps reduce the amount of potable
water needing treatment, reducing emissions from energy
used in the process.
Strategy 12B:
Install Water Effi cient
Fixtures in City-Owned Facilities
Strategy 12C:
Evaluate Implementing
Programs to Aid Residents in
Installing Water Effi cient Fixtures
TIME
COST
EMISSION
IMPACT
TIME
COST
EMISSION
IMPACT
241 miles of water mains delivered an average
of 5,130,000 gallons of drinkable water every
day in Richmond in 2021.
Did you know?
e Implementing
ms to Aid Residents in
g Waterr EEfffi cient Fixtures
ees s ofof wwater mainss delivered aan avvereagee
,0,00000 ggallons of drrinkable wwater evvery
cchmhmonod in 2021.
ou know ?
If the city pursues programs to aid citizens in reducing their
water usage, a program to help upgrade more water-effi cient
home fi xtures may be eff ective in reducing use. A program like
this may also eff ectively address some equity concerns for
residents and save money for water utility customers.
Sector Impacted: Potable Water Treatment
Expected Partners: Indiana American Water
Reduction Method: Helps reduce the amount of potable
water needing treatment, reducing emissions from energy
used in the process.
Climate Action Plan 2022 61
As the Indiana American Water Company continues to
make upgrades to local utility infrastructure (such as the
recent upgrades to the Richmond water treatment plant
and signifi cant transmission line installation projects), the City
should advocate where applicable to ensure that energy use
and generation methods are as sustainable as possible. Similar
to other utility recommendations, as the City does not have
direct control over this entity, care should be taken to develop an
eff ective partnership with the overarching goal of sustainability.
Sector Impacted: Potable Water Treatment
Expected Partners: Indiana American Water
Reduction Method: More effi cient treatment practices
use less energy, reducing emissions from energy supplied
to water treatment.
Strategy 12D:
Advocate for Increased Effi ciency
of Potable Water Treatment
TIME
COST
EMISSION
IMPACT
ClClCClClClCliCliCliCliCliCliCliCliCliCliCliCliiCliCliCllCliCliCliCliClCliCClCliCCllmatmatmatmatatttatatmamamamammtmmmmmeAeAe Ae AeAAAe Ae AeAAe AAeectictictictictiicticttitiononononnonon n onnnnonn PlPlPlPlaPlaPlaPlaPlalaaaaaaaPlaaPlaaaaaaaaaaaPPPnnnn nn 222222nnn2nn2222n02200020220222222 61
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to water treatment.
62 Climate Action Plan 2022
Richmond Sanitary District is responsible for sewer management and wastewater treatment within
Richmond. Recent upgrades to the wastewater treatment plant and combined sewer separation have shown a
sustainability-oriented approach to liquid waste management. The City should continue to pursue projects that
eff ectively use effi cient methods to treat and handle wastewater within Richmond due to the signifi cant energy
needed to manage daily local wastewater loads.
Approach 13.
Effi ciently Manage Liquid Waste
Richmond’s wastewater treatment plant uses substantial
energy to operate (9,290,400 kWh and 57,733.36 MMBtu
in 2018). Continuing to explore technology/methods to
reduce the amount of energy needed at the plant can help
reduce emissions and explore on-site renewable energy
generation methods. However, the amount of power used at
the WWTP would require a signifi cant area for solar panels.
The upgrade project in 2021 reduced energy use with new
aeration technology by an expected 2,000,000 kWh per year.
Sector Impacted: Wastewater Treatment
Reduction Method: Reduce energy used in
wastewater treatment process
Strategy 13A:
Increase Wastewater
Treatment Process Effi ciency
TIME
COST
EMISSION
IMPACT
Climate Action Plan 2022 63
As the Richmond wastewater treatment plant utilizes digestion
to break down organic matter, the process creates bio gas,
which contains a signifi cant amount of methane. Currently,
Richmond uses most gas produced to heat the anaerobic
digesters. This gas can otherwise be captured and utilized for
on or off -site energy purposes. Richmond uses the digestate
from the treatment plant to fertilize local farm fi elds and may
expand on that partnership if there is room to do so. With
smaller and smaller windows available for land application,
altering the current program is a focus; looking to expand the
storage of the liquid bio-solids or going to a drier bio-solid to
reduce volume are the likely paths forward. As the application
problem is solved, manners of expanding bio gas production
can be addressed with methods such as increasing the infl uent
waste stream with sources such as grease, and mechanical
corrections such as complete mix systems. Increased or
diverted waste streams such as the grease mentioned would
also reduce energy use described in 13.
Sector Impacted: Wastewater Treatment
Reduction Method: Generate alternative energy sources
Strategy 13B:
Explore Advanced
Anaerobic Digestion Infl ows
TIME
COST
EMISSION
IMPACT
Climate Action Plan 2022 63
64 Climate Action Plan 2022
The Commission sought the opinions of many
departments, sustainability professionals, and those in
economic development, emergency management, and
more before introducing this plan to the community.
This climate action plan is a living document meant to
shift with Richmond as opportunities and priorities
change. The City is eager to receive continued feedback
and invites those with comments or a desire to
participate by contacting Richmond’s Environmental
Sustainability Commission.
The Commission is eager to drive this plan forward.
The speed at which the City can implement these
strategies will depend on available staff , departmental
initiative, and collaborative potential within community
organizations. Indeed, this document was only made
possible because of the support from external
programming, interns, and other resources that
do not currently exist within the city. Many cities
navigate climate action plans by employing a
Sustainability Coordinator.
Securing the capabilities of a full-time city staff
member devoted to executing these strategies is
the most crucial step to seeing them come to fruition.
There is a positive correlation between the technical
and administrative capacities that such a position can
bring to Richmond, and their ability to secure funds for
effi ciency upgrades. A Sustainability Coordinator could
spend signifi cant time researching and applying for
grant opportunities to fi nance sustainability projects,
often saving additional money. City administration
should determine the best path toward establishing a
Sustainability Coordinator position.
This Climate Action Plan represents a compassionate
investment in the health and wellbeing of all present
and future residents of the City of Richmond. With
community involvement and the prioritization of
the strategies in this plan, a more equitable, safe,
sustainable, and fi nancially responsible future is within
reach. The changing climate presents issues that will
take work, but Richmond will rise to the challenge.
Conclusion
Over 80% believe that the
government should take the lead
on climate change preparations.
Survey Fact!
Climate Action Plan 2022 65
1. Widhalm, M., Hamlet, A. Byun, K., Robeson, S.,
Baldwin, M., Staten, P., Chiu, C., Coleman, J., Hall, B.,
Hoogewind, K., Huber, M., Kieu, C., Yoo, J., Dukes, J.S.
2018. Indiana’s Past & Future Climate: A Report from
the Indiana Climate Change Impacts Assessment.
Purdue Climate Change Research Center, Purdue
University. West Lafayette, Indiana. DOI:10.5703/
1288284316634 https://docs.lib.purdue.edu/cgi/
viewcontent.cgi?article=1000&context=climatetr
2. Ibid.
3. Offi ce, U.S. Government Accountability. “Electricity
Grid Resilience: Climate Change Is Expected to Have
Far-Reaching Eff ects and Doe and FERC Should Take
Actions.” Electricity Grid Resilience: Climate Change Is
Expected to Have Far-reaching Eff ects and DOE and
FERC Should Take Actions | U.S. GAO, March 10, 2021.
https://www.gao.gov/products/gao-21-423t.
4. USGCRP, 2018: Impacts, Risks, and Adaptation in the
United States: Fourth National Climate Assessment,
Volume II [Reidmiller, D.R., C.W. Avery, D.R. Easterling,
K.E. Kunkel, K.L.M. Lewis, T.K. Maycock, and B.C.
Stewart (eds.)]. U.S. Global Change Research Program,
Washington, DC, USA, 1515 pp. doi: 10.7930/
NCA4.2018.https://nca2018.globalchange.gov/
chapter/13/
5. U.S. Energy Information Administration. “U.S.
Energy Information Administration - EIA - Independent
Statistics and Analysis.” Indiana - Rankings - U.S. Energy
Information Administration (EIA). Accessed April 1,
2022. https://www.eia.gov/state/rankings/?sid=IN#/
series/226.
6. World Population Review. “Richmond, Indiana
Population 2022.” Richmond, Indiana Population 2022
(Demographics, Maps, Graphs). Accessed April 1, 2022.
https://worldpopulationreview.com/us-cities/
richmond-in-population.
7. U.S. Energy Information Administration. “Frequently
Asked Questions (Faqs) - U.S. Energy Information
Administration (EIA).” Frequently Asked Questions
(FAQs) - U.S. Energy Information Administration (EIA),
November 4, 2021. https://www.eia.gov/tools/faqs/faq.
php?id=105&t=3#:~:text=The%20U.S.%20Energy%20
Information%20Administration,States%20in%20
2016%20through%202020.
8. Ghosh, Pooja, Goldy Shah, Shivali Sahota, Lakhveer
Singh, and Virendra Kumar Vijay. “Bio gas Production
from Waste: Technical Overview, Progress, and
Challenges.” Bioreactors, 2020, 89–104. https://doi.
org/10.1016/b978-0-12-821264-6.00007-3.
9. U.S. Environmental Protection Agency. “National
Overview: Facts and Figures on Materials, Wastes
and Recycling.” EPA. Environmental Protection Agency.
Accessed April 1, 2022. https://www.epa.gov/facts-
and-fi gures-about-materials-waste-and-recycling/
national-overview-facts-and-fi gures-materials#:~:
text=Of%20the%20MSW%20generated%2C%20approx-
imately,percent%20recycling%20and%20compost-
ing%20rate.
10. U.S. Department of Transportation. “Corporate
Average Fuel Economy.” NHTSA. Accessed April 1, 2022.
https://www.nhtsa.gov/laws-regulations/corporate-
average-fuel-economy#:~:text=NHTSA%27s%20
Corporate%20Average%20Fuel%20Econo-
my,heavy%2Dduty%20trucks%20and%20engines.
Endnotes
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66 Climate Action Plan 2022
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Climate Action Plan 2022 67
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Climate Action Plan 2022 69
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70 Climate Action Plan 2022
Next Steps for Climate Resilience in Richmond, IN
Prepared by the Environmental Resilience Institute using the results of Richmond’s
Hoosier Resilience Index Readiness Assessment
May 2021
In November 2020, the City of Richmond completed the Hoosier Resilience Index Readiness
Assessment to understand and evaluate its preparedness for the impacts of climate change.
This report contains a review of the Assessment results, suggestions for prioritizing next steps,
relevant funding opportunities, and case studies from Midwestern local governments.
Results
Figure 1. Hoosier Resilience Index Readiness Assessment Results, Richmond, IN, May 2021
The scores in Figure 1, ranging from 0 to 10, indicate how prepared Richmond is for the three
primary risks from climate change in Indiana: an increasing number of extreme heat events, an
increasing number of extreme precipitation events, and an increasing risk of flooding along
rivers and streams. Street flooding, also known as surface or nuisance flooding, is also a major
impact of climate change in Indiana. This impact is addressed within the extreme precipitation
questions and score in the Assessment. Table 1 shows Richmond’s scores in comparison to
Hoosier governments that have also completed the Assessment.
Table 1. A Comparison of Richmond's Assessment Scores, May 2021
Score Categories Richmond
Average, All Indiana
Communities, n =15
Average, Similar-Sized*
Indiana Governments, n = 8
Extreme Heat 4.28 4.62 4.97
Extreme Precipitation 4.69 5.15 5.45
Floodplain Management 4.67 4.95 5.35
* Incorporated areas in Indiana designated as cities
Appendix III: Next Steps for Climate Resilience in Richmond, IN
Climate Action Plan 2022 71
Next Steps for Climate Resilience in Richmond, IN 2
Results by Readiness Assessment Worksheet
The Readiness Assessment is divided into eight worksheets, each geared toward the focus area
of a typical local government department. Table 2 shows how Richmond scored in each
worksheet in all three risk categories. Actions undertaken in the Food and Agriculture category
indicate a higher level of preparedness than other categories, especially for extreme
precipitation and flooding. Lower scores in Public Health and Safety and Economic
Development drive Richmond’s overall scores lower. This chart can be used to identify
departments that may need to make climate change preparedness a higher priority.
Table 2. Richmond's Assessment Scores by Worksheet, as of May 2021
Extreme Heat Score Extreme
Precipitation Score
Floodplain Land
Use Score
Built Environment 5.00 4.20 4.00
Economic Development 3.20 3.20 3.20
Emergency Management 4.75 5.20 5.20
Energy and Public Utilities 5.50 5.50 5.50
Food and Agriculture 5.00 6.00 6.00
Natural Resources 4.75 5.27 5.27
Planning and Land Use 3.82 4.40 4.17
Public Health and Safety 2.60 2.00 2.00
Overall 4.28 4.69 4.67
Results by Readiness Assessment Impact
The Assessment is also divided into twenty-two separate specific climate change impacts
relevant in Indiana. Viewing the results in terms of preparedness for each impact can illuminate
prioritization areas. Table 3 shows each score by impact.
72 Climate Action Plan 2022
Next Steps for Climate Resilience in Richmond, IN 3
Table 3. Richmond's Assessment Scores by Impact, May 2021
Impacts* Extreme Heat Score Extreme Precipitation Score Floodplain Land Use Score Built
Environment
1. Stress on transportation systems 5.00 4.00 4.00
2. River and surface flooding in
developed areas
N/A** 5.33 4.00
3. Stormwater management
infrastructure
N/A** 4.00 6.00
Economic
Development
4. Local economy and low-income
residents
3.20 3.20 3.20
Emergency
Management
5. Communication systems 6.00 6.00 6.00
6. Strain on government services 4.00 5.20 5.20
7. Impacts on residents 4.67 4.67 4.67
Energy and
Public
Utilities
8. Power Supply Issues 4.00 4.00 4.00
9. Drinking water 7.00 7.33 7.33
10. Wastewater treatment N/A** 6.00 6.00
Food and
Agriculture
11. Food shortages 5.00 6.00 6.00
Natural
Resources
12. Inland wetlands and waterways 6.00 6.50 6.50
13. Threats to sensitive species in
natural areas
3.50 3.50 3.50
14. Rural and urban forests 6.00 6.00 6.00
Planning and
Land Use
15. Floodplain inundations and surface
flooding
10.00 9.00 6.00
16. Warm temperatures in developed
areas
2.00 2.00 2.00
17. Habitat for sensitive species in
developed areas
4.00 4.00 4.00
18. Anticipated and unanticipated
impacts
4.00 4.00 4.00
Public Health
and Safety
19. Illnesses from outdoor air pollution 3.33 N/A** N/A**
20. Illnesses from indoor air pollution 2.00 2.00 2.00
21. Heat related illnesses 3.33 N/A** N/A**
22. Illnesses from disease carrying
vectors
2.00 2.00 2.00
* The impact text has been shortened for this table. For the full impact text, see Appendix A.
** N/A: The local government had no relevant questions or responses for the corresponding impact in the Assessment.
Climate Action Plan 2022 73
Next Steps for Climate Resilience in Richmond, IN 4
Progress
Below are the three impacts for which Richmond is most prepared, according to the answers
you provided.
Impact 9 – Increased likelihood of impacts on drinking water sources and distribution
infrastructure
x Richmond or the local water utility has enough back-up pumps and power generation
devices to ensure that water delivery will be maintained equitably throughout the
community if a flood or other major disaster strikes.
x Richmond’s water treatment system is sufficient to handle projected water quality
impacts. Staff conduct a regular audit to determine if its system is adequate for updated
anticipated climate impacts.
x Richmond or the local water utility has begun to identify possible drought-protection
strategies and alternate sources for water, such as a lake, aquifer, river, or rainwater
harvesting and storage facility.
o Next Steps: Develop a drought protection and response plan to maintain the
community’s access to drinking water. The plan should include strategies to
increase the community’s water storage capacity and diversify options for water
supply.
Impact 12 – Increased likelihood of impacts on the health and beneficial functionality of
inland wetlands and waterways
x Richmond has identified and mapped its wetlands and seasonal ponds and is making a
plan to maintain, restore, and protect them.
o Next Steps: Implement strategies to maintain, restore, and protect wetlands and
seasonal ponds. Consider locations for new wetland installations.
x Richmond, or a community partner, has identified the stream segments within its
jurisdiction that are listed on the 303(d) list, and has started researching ways to
contribute to their improved ecological management.
o Next Steps: Lead or participate in a near-term plan with a schedule and
milestones to improve the ecological management of Richmond stream
segments on the 303(d) list.
x Richmond or a partner organization actively offers community education to farmers and
landowners on the correct application of fertilizers and pesticides. The education
includes information on preventing polluted runoff by maintaining rainwater on
properties via landscaping with native plants and other water-retention mechanisms.
74 Climate Action Plan 2022
Next Steps for Climate Resilience in Richmond, IN 5
The program works in partnership with local lawn-care companies and community
groups to distribute information and includes specific outreach to farmer networks.
Impact 15 – More frequent floodplain inundations and surface flooding
x Richmond has adopted a policy or passed an ordinance requiring staff to use green
infrastructure, open space minimums, or other on-site stormwater retention practices in
renovations and new construction on public land. Richmond is in the process of
developing a community-scale green infrastructure plan or integrating green
infrastructure into its comprehensive plan. Richmond is looking into ways it can increase
green infrastructure on private lands.
o Next Steps: Complete the City’s community-scale green infrastructure plan or
finish integrating green infrastructure into the comprehensive plan. Adopt at
least one mechanism (planning-based, regulatory, or incentive-based) for
increasing on-site stormwater retention on private property.
x Richmond has passed an ordinance requiring staff to use pervious cover or vegetation in
renovations and new construction on public land. It either offers a pervious cover
incentive or has adopted an ordinance or zoning code requiring a pervious cover
minimum or impervious cover maximum on private land.
Prioritizing Actions
Listed below are the actions for which Richmond scored the lowest when considering the
financial and social burdens of climate change, and among the three primary risks from climate
change in Indiana. These actions should be considered for prioritization without eliminating
support for the projects already underway.
Social and Financial Burden
People of color, low-income populations, individuals with pre-existing conditions, and other
vulnerable populations are hit first and hardest by the impacts of climate change. In addition,
ERI understands that preparing for and responding to climate change is expensive. But a study
released in 2018 by the National Institute of Building Sciencesi shows that a dollar invested in
hazard mitigation yields six dollars in benefits over time. Start planning today by integrating
funding strategies into your local government’s financial planning.
The following bullets demonstrate how Richmond can take steps now to prepare their
communities for the social and economic burden of climate change – whether costs are borne
by residents or the government. Consider these recommended actions, for which Richmond
marked level 2 or lower:
x 4A: Evaluate how climate change impacts could affect the local economy - The Indiana
Climate Change Impacts Assessment offers several easy-to-read reports that outline
Climate Action Plan 2022 75
Next Steps for Climate Resilience in Richmond, IN 6
how climate change is impacting Indiana now, and how it is expected to impact the
state in the future. Businesses can anticipate increased costs from extreme weather
event recovery, supply chain disruptions, insurance rates, and more. Furthermore,
conducting a climate change economic impact analysis can help a community
understand how the changing climate will affect local economic activity.
x 4B: Incorporate climate and disaster resilience into economic development strategic
plans - While most impacts are negative and will increase upfront or long-term costs
dramatically if no preparation activities take place, there are a few impacts that may
offer positive benefits, such as opportunities for increased tourism and recreation in
certain parts of the state. Local governments should consider both the positive and
negative impacts of climate change when outlining economic development strategies
and plans.
x 4C: Consider and plan for implications of climate change on the local job market - Job
losses and opportunities are among the ways in which climate change will impact the
local economy. Through workforce development programs, community colleges, local
chambers of commerce, and other organizations, local government can facilitate
connections to ensure that residents can seek out and find opportunities when
transitions are needed.
x 4D: Establish a protocol for providing assistance to residents that may face finance
strain caused by climate hazards - Vulnerable residents often do not have the resources
necessary to respond to or recover from climate hazards. To prevent vulnerable
residents from being disproportionately affected by climate hazards, local governments
can dedicate thoughtful planning, funding, and assistance while recognizing that some
populations will be especially vulnerable and understanding what their needs might be.
x 4E: Develop a plan for accepting people displaced by climate change impacts - As sea
levels rise and hurricanes, droughts, and other extreme weather events increase in
severity, cities and towns in Indiana can expect new residents, some temporary and
some permanent, from areas that have been hit hard by climate change. The local
government can create a plan of action that can be used when an influx of new
residents is expected.
x 7C: Enhance community networks and connections for vulnerable communities - As the
likelihood of extreme heat events increases, individuals with special circumstances, such
as language and cultural barriers, health issues, and strained incomes, may face
difficulties that make preparing for and responding to heat more challenging.
x 8D: Establish a protocol for providing assistance to residents who may face financial
strain caused by higher energy costs - Low-income residents might not have access to air
conditioning or be able to afford to run it if they do have it as the number and severity
76 Climate Action Plan 2022
Next Steps for Climate Resilience in Richmond, IN 7
of high heat events increases. These residents might also struggle to keep up with
energy costs during recurrent cold snaps. Local governments can implement measures
to reduce these impacts and consider the need for funding assistance.
x 18C: Integrate funding for readiness actions into the local government’s financial
planning - Preparing for the impacts of climate change is expensive but responding to
events made worse by climate change will likely be pricier. As local governments take
steps to avoid or lessen impacts when they hit, they need to consider how they will pay
for their resilience initiatives. Financing can draw from public and private sources,
including state and federal grant funding, working through public-private partnerships,
private foundations, and local taxes and fees, among other options.
Preparing for Extreme Heat
Given that the number of high heat events in Richmond are expected to jump from the
current number of 18 high heat days and nights to between 60 and 74 by the 2050sii, consider
these recommended actions, for which Richmond marked level 2 or lower:
x 1A: Prepare roadways and bridges for higher maximum temperatures and more freeze-
thaw events - Designing roadways and bridges for higher maximum temperatures
includes tactics such as using heat-tolerant street landscaping and ensuring
asphalt/concrete mixtures and other construction materials are appropriate for
temperatures changes.
x 6B: Identify and protect critical infrastructure from higher temperatures - Extreme heat
can prevent electric plants from being able to cool down because source water will be
too warm to cool the plant. If plants have to cut back on power generation, and power
demand increases, blackouts and brownouts can occur. Heat waves can also cause
roadways and pavement to buckle, and other infrastructure failures.
x 6C: Involve critical facility and emergency infrastructure managers in climate change
preparedness and management - Involving the on-site managers of critical facilities and
community infrastructure can ensure that these individuals understand the increasing
threats posted by extreme heat, and how to prepare and respond.
x 6G: Design and launch a community volunteer response program - During extreme heat
events, emergency services can become overly strained, creating a need for volunteer
response teams.
x 7A: Educate residents about steps they can take to improve personal emergency
preparedness - As extreme heat events become more frequent and severe, local
governments can benefit from taking steps in advance to increase individual household
preparedness.
Climate Action Plan 2022 77
Next Steps for Climate Resilience in Richmond, IN 8
x 16A: Pass a tree canopy ordinance – The presence of an extensive tree canopy is
associated with measurable decreases in air temperature, compared to areas without
dense tree cover.
x 16B: Designate vegetation protection areas – Adopt vegetation protection areas or
zones to designate sections of land to be restored or kept for plants. The presence of
plants is associated with measurable decreases in ambient air temperature.
x 16C: Promote energy efficiency and waste heat reduction – As buildings and vehicles
operate, they release waste heat, which contributes to nearby temperatures.
x 19A: Educate residents about the health impacts of poor air quality and provide an
effective advance warning program for elevated pollution days - As temperatures
continue to rise, Indiana will likely experience more days with unhealthy levels of air
pollution. Educating residents about the health risks of poor air quality and having an
effective air pollution warning system in place can reduce the adverse health impacts of
air pollution.
x 19B: Develop and implement a plan for high air pollution days that calls for both public
and private action - It is important to advise residents of things they can do on high air
pollution days to limit local emissions and to encourage residents to take action to
protect their health and the health of the community. It is also important for local
government to have policies in place to curtail their own high-emitting activities on “bad
air” days.
x 19C: Develop local air pollution reduction programs - The best way to reduce the risk of
illness from poor air quality is to prevent poor air quality in the first place. While much
air pollution is regional, local sources of dust, soot, and smog-forming pollutants do
contribute to local air quality, some quite significantly. Reducing those local emissions
will improve local air quality.
x 21A: Educate about heat related illness and prevention - Communicating to the public
can help people understand the risk factors and symptoms of heat-related illnesses to
reduce their exposure and know how to act when a situation occurs.
x 21B: Conduct a heat vulnerability assessment and develop a heat management plan - A
heat vulnerability assessment uses available data to quantify and map the heat risk
throughout a community. A heat response plan includes strategies and procedures to
respond to extreme health related emergencies.
78 Climate Action Plan 2022
Next Steps for Climate Resilience in Richmond, IN 9
x 21C: Implement programs or activities that reduce heat impacts in the built
environment - Buildings, paved areas, and other impervious surfaces absorb heat from
the sun and release it throughout the day and into the evening. This makes it difficult for
residents to avoid the heat during extreme heat events and can even increase ambient
air temperatures.
Preparing for Extreme Precipitation
Given that spring and winter precipitation is expected to increase between 13% and 20%
across the state of Indiana, with more of this precipitation falling as rainiii, and that 42% of the
amount of rain Indiana receives is already falling in heavier downpoursiv, consider these
recommended actions, for which Richmond marked level 2 or lower:
x 3A: Understand and address green stormwater collection and treatment system
weaknesses, ensuring capacities are appropriate for heavier precipitation events -
Communities have two types of stormwater infrastructure – gray and green. Traditional
"gray" systems move stormwater using curbs, gutters, drains, piping, and collection
systems. “Green” stormwater infrastructure (vegetation designed and planted to
manage stormwater on-site) includes natural buffers, bio-retention areas (rain gardens),
green roofs, swales (depressions to capture water) and the general use of vegetation
instead of impervious surfaces. Communities can benefit from evaluating both types of
stormwater infrastructure for existing weaknesses and preparedness for climate change.
x 3C: Develop adaptive stormwater management best practices and integrate them into a
plan to reduce stormwater runoff from impervious surfaces - Adaptive stormwater
management practices such as green infrastructure and low impact development
methods can help reduce runoff and stormwater flows that may otherwise exceed
system capacity.
x 3D: Increase street sweeping and stormwater drain maintenance - One of the easiest
ways to prevent or reduce surface flooding is to make sure stormwater drains are not
blocked. Regular street sweeping and drain maintenance schedules are one method of
achieving this goal.
x 6C: Involve critical facility and emergency infrastructure managers in climate change
preparedness and management - Involving the on-site managers of critical facilities and
community infrastructure can ensure that these individuals understand the increasing
threats posted by extreme precipitation, and how to prepare and respond.
x 6G: Design and launch a community volunteer response program - During extreme
precipitation events, emergency services can become overly strained, creating a need
for volunteer response teams.
Climate Action Plan 2022 79
Next Steps for Climate Resilience in Richmond, IN 10
x 7A: Educate residents about steps they can take to improve personal emergency
preparedness - As extreme precipitation events become more frequent and severe, local
governments can benefit from taking steps in advance to increase individual household
preparedness.
x 8A: Work internally and with the local utility to increase power supply preparedness -
There are a number of initiatives that local governments with municipally owned
utilities can implement to decrease the risk of power outages during and after storms.
Even if a local government does not operate the community’s power grid, local officials
can run internal and community-wide programs to support energy efficiency, and they
can meet with electricity and natural gas providers to express their interest and concern
in decreasing power supply issues due to the threats of climate change.
x 8B: Encourage alternative energy generation, energy storage systems, and distributed
energy - Alternative energy and energy storage systems, combined with decentralized
microgrids, offer resilience to extreme weather events, whereas traditional power
generation systems can lead to widespread blackouts.
x 8C: Install back-up power options for critical facilities and systems - Most critical
facilities and systems rely on energy to operate. During and after extreme weather,
power grids are likely to fail, rendering critical infrastructure unusable. Back-up power
sources include battery-stored back-up power, solar power, and small- or large-scale
wind electric systems.
x 16B: Designate vegetation protection areas – Adopt vegetation protection areas or
zones to designate sections of land to be restored or kept for plants. The presence of
plants is associated with measurable decreases in ambient air temperature.
Preparing for River Flooding
Given that 605 acres (94%) of Richmond’s floodplain is developedv, consider these
recommended actions, for which Richmond marked level 2 or lower:
x 1B: Prepare bridge openings, culverts, and ditches for flooding – Bridge openings,
culverts, and ditches can be comprehensively assessed and prepared for heavier rain
events and flooding, retrofitting if needed. Bridges should be inspected biennially, and a
plan should be in place to deal with bridge scour.
x 2C: Develop and adopt policies and procedures for post-flood repairs - Post-flood
policies can minimize service disruption due to damaged infrastructure. These
contingency plans should be incorporated into other planning efforts, updated regularly
to remain consistent with any changes in utility services or assets, and provide response
and repair services equitably across the community – meaning that the needs of the
most vulnerable residents and neighborhoods should be considered.
80 Climate Action Plan 2022
Next Steps for Climate Resilience in Richmond, IN 11
x 6F: Develop a debris management plan to direct post-flood response - More powerful
storms may generate large amounts of debris that will need to be appropriately
managed. Much of this debris can be reused or recycled (e.g., limbs and branches can be
chipped and composted; construction debris can be reused). Having a plan ready for
these situations will enable quick and sustainable cleanup to get operations back to
normal.
x 15A: Complete the USEPA’s Flood Resilience Checklist - The USEPA has developed the
“Flood Resilience Checklist” to help local governments understand their preparedness
for flood events. The checklist includes overall strategies to improve flood resilience as
well as specific strategies to conserve land and discourage development in river
corridors; to protect people, businesses, and facilities in vulnerable settlements; to
direct development to safer areas; and to implement and coordinate stormwater
management practices throughout the whole watershed.
x 15B: Participate in the National Flood Insurance Program Community Rating System -
The National Flood Insurance Program’s (NFIP) Community Rating System (CRS) is a
voluntary incentive program offered by the Federal Emergency Management Agency
(FEMA) that recognizes and encourages community floodplain management activities
that exceed the minimum requirements.
Conclusion
This report includes many actions Richmond should consider when outlining strategies to
prepare for climate change. While this may seem overwhelming, taking action is vital. Delaying
preparedness will make it harder and more expensive to recover from the impacts of climate
change later on. See Appendix B for a list of funding opportunities and case studies
demonstrating how your peers are adapting to climate change.
In addition to taking specific steps to increase your community’s preparedness for climate
change, consider tracking and reducing greenhouse gas emissions released by local government
operations and across the jurisdiction. Through worldwide efforts to reduce these climate-
change-causing emissions, everyone, in every country, will experience less intense climate
change impacts.
As you continue down the path toward climate resilience, ensure that the most vulnerable
residents in your community are protected and prepared. These individuals are often hit first
and hardest.
Lastly, remember that you do not need to do this work all on your own. Everyone, including
residents and businesses, has a role to play in addressing climate change. Contact the
Environmental Resilience Institute for guidance on these efforts.
Climate Action Plan 2022 81
Next Steps for Climate Resilience in Richmond, IN 12
About the Environmental Resilience Institute
Indiana University’s Environmental Resilience Institute brings together a broad, bipartisan
coalition of government, business, nonprofit and community leaders to help Indiana better
prepare for the challenges that environmental changes bring to our economy, health, and
livelihood. In collaboration with partners across the state, the institute is working to deliver
tailored and actionable solutions to Indiana communities.
82 Climate Action Plan 2022
Appendix A – Readiness Assessment Impacts
Worksheet Impact
Built
Environment
Impact 1: Increased stress on roadways, bridges, and transportation systems
Impact 2: Increased likelihood of river and surface flooding in developed areas
Impact 3: Increased likelihood of impacts on stormwater management infrastructure
Economic
Development Impact 4: Increased likelihood of climate change impacting the local economy and low-income residents
Emergency
Management
Impact 5: Increased stress on existing communication systems during extreme weather
Impact 6: Increased strain on government services, critical facilities, resources, and emergency infrastructure
Impact 7: Increased impacts on residents during and after flood and heat events
Energy and
Public Utilities
Impact 8: Increased likelihood of power supply issues
Impact 9: Increased likelihood of impacts on drinking water sources and distribution infrastructure
Impact 10: Increased stress on wastewater treatment systems
Food and
Agriculture Impact 11: Increased likelihood of short-term and long-term food shortages of the local and global food supply
Natural
Resources
Impact 12: Increased likelihood of impacts on the health and beneficial functionality of inland wetlands and waterways
Impact 13: Threatened habitat, breeding, and survival of sensitive species
Impact 14: Affected health and beneficial functionality of rural and urban forests, and other natural green spaces
Planning and
Land Use
Impact 15: More frequent floodplain inundations and surface flooding
Impact 16: Increased warm season temperatures in developed areas
Impact 17: Threatened habitat for sensitive species
Impact 18: Increased likelihood of anticipated and unanticipated impacts of climate change
Public Health
and Safety
Impact 19: Increased likelihood of illnesses from increased outdoor air pollution
Impact 20: Increased likelihood of illnesses from increased indoor air pollution
Impact 21: Increased likelihood of heat related illnesses
Impact 22: Increased likelihood of illnesses from disease carrying vectors (such as mosquitoes and ticks)
Climate Action Plan 2022 83
Appendix B. Resources to Help You Get Started
The Hoosier Resilience Index Readiness Assessment is designed to be the beginning of a long-term process for building resilience in
your community. Below are a funding and case study resources from the Environmental Resilience Institute Toolkit (ERIT) to help
you continue down this path. Additional resources, including online trainings, tools, a list of adaptation strategies, and more is
available at https://eri.iu.edu/erit/.
Funding Sources and Technical Assistance Resources
The chart below provides funding opportunities that may help Richmond start some of the actions listed under “Prioritizing Actions,”
above. More information about these opportunities, all with additional grant opportunities, is available at
https://eri.iu.edu/erit/funding/index.html.
Preparedness Actions Funding Opportunities
Preparing for Social and Financial Burdens
4A: Evaluate how climate change impacts could
affect the local economy
Partners for Places -Partners for Places is a matching grant program for cities and counties
that assist in projects for the environment, economy, and communities with a 1:1 match
required.
4B: Incorporate climate and disaster resilience
into economic development strategic plan
Community Crossings Matching Grant -
Community Crossings is a partnership between INDOT and Hoosier communities to invest in
infrastructure projects that catalyze economic development, create jobs, and strengthen
local transportation networks.
FEMA Building Resilient Infrastructure and Communities (BRIC)-
This grant will support states, local communities, tribes, and territories as they undertake
hazard mitigation projects to reduce the risks they face from disasters and natural hazards.
FEMA Hazard Mitigation Grant Program -
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Local and state governments, territories, and federally-recognized tribes can apply to this
program to enact mitigation measures that reduce the risk of loss of life and property from
future disasters.
FEMA Pre-Disaster Mitigation Grant Program -
Local and state governments, territories, and federally-recognized tribes can apply to this
program for planning and project grants that seek to reduce future losses before disaster
strikes.
4C: Consider and plan for implications of
climate change on the local job market
Community Crossings Matching Grant -
Community Crossings is a partnership between INDOT and Hoosier communities to invest in
infrastructure projects that catalyze economic development, create jobs, and strengthen
local transportation networks.
Framework for Creating a Smart Growth Economic Development Strategy -
This step-by-step guide can help build a place-based economic development strategy that is
intended for small and mid-sized cities.
4D: Establish a protocol for providing assistance
to residents that may face finance strain caused
by climate hazards
(None located to date)
4E: Develop a plan for accepting people
displaced by climate change impacts
(None located to date)
7C: Enhance community networks and
connections for vulnerable communities
(None located to date)
8D: Establish a protocol for providing assistance
to residents who may face financial strain
caused by higher energy costs
(None located to date)
18C: Integrate funding r readiness actions into
the local government’s financial planning
Indiana Emergency Management Performance Grants (EMPG) -
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These grants are available to local, state, territorial, and tribal governments and can be used
for preparation for all hazards.
FEMA Hazard Mitigation Grant Program -
Local and state governments, territories, and federally-recognized tribes can apply to this
program to enact mitigation measures that reduce the risk of loss of life and property from
future disasters.
Building Resilient Infrastructure and Communities -
This grant will support states, local communities, tribes, and territories as they undertake
hazard mitigation projects to reduce the risks they face from disasters and natural hazards.
FEMA Pre-Disaster Mitigation Grant Program -
Local and state governments, territories, and federally-recognized tribes can apply to this
program for planning and project grants that seek to reduce future losses before disaster
strikes.
Preparing for Extreme Heat Events
General Extreme Heat Funding Resources Georgetown Climate Center Federal Funding Compendium for Urban Heat Adaptation -
Although it was published in 2013, this resource aggregates and analyzes some current
federal programs with potential to pay for state and local government adaptation to urban
heat islands. (applies to many of the actions below)
1A: Prepare roadways and bridges for higher
maximum temperatures and more freeze-thaw
events
Community Crossings Matching Grant -
Provides funding to cities, towns, and counties across Indiana to make improvements to
local roads and bridges. Eligible projects could include road resurfacing and preservation,
bridge rehabilitation or replacement, and more.
6B: Identify and protect critical infrastructure
from higher temperatures
Georgetown Climate Center Federal Funding Compendium for Urban Heat Adaptation -
Although it was published in 2013, this resource aggregates and analyzes some current
federal programs with potential to pay for state and local government adaptation to urban
heat islands, including with infrastructure.
FEMA Building Resilient Infrastructure and Communities (BRIC) -
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This grant supports states, local communities, tribes, and territories as they undertake
hazard mitigation projects to reduce the risks they face from disasters and natural hazards.
6C: Involve critical facility and emergency
infrastructure managers in climate change
preparedness and management
(None located to date)
6G: Design and launch a community volunteer
response program
Hazardous Materials Emergency Preparedness (HMEP) Grant Program -
HMEP grants are awarded to Local Emergency Planning Committees and can be used to
determine the need within a state for regional hazardous materials emergency response
teams.
7A: Educate residents about steps they can
take to improve personal emergency
preparedness
Indiana Emergency Management Performance Grants (EMPG) -
These grants are available to local, state, territorial, and tribal governments and can be used
for preparation for all hazards.
16A: Pass a tree canopy ordinance
Model Forest Policy Program Implementation Assistance -
This program is available to communities who have already assessed climate risks and
identified resilience goals. MFPP assists communities with implementing adaptation goals,
including drafting and passing a tree ordinance.
National Park Service Land and Water Conservation Fund -
This program provides matching grants to states and local governments for the acquisition
and development of public outdoor recreation areas and facilities.
Georgetown Climate Center Federal Funding Compendium for Urban Heat Adaptation -
Although it was published in 2013, this resource aggregates and analyzes some current
federal programs with potential to pay for state and local government adaptation to urban
heat islands.
16B: Designate vegetation protection areas
DOT Transportation Alternatives Program -
The Transportation Alternatives program provides funding to local and state governments
to pursue community improvements such as vegetation management.
USDA Agricultural Management Assistance Program -
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This opportunity is appropriate after land has been designated for protection. This program
is available to agricultural land (government parcels or not) and nonindustrial private forest
land. Technical and financial assistance is provided to plant trees for windbreaks or diversify
operation and conservation practices.
Georgetown Climate Center Federal Funding Compendium for Urban Heat Adaptation -
Although it was published in 2013, this resource aggregates and analyzes some current
federal programs with potential to pay for state and local government adaptation to urban
heat islands.
16C: Promote energy efficiency and waste heat
reduction
DOE State Energy Program Competitive Financial Assistance Program -
This program provides funding and technical assistance to states and territories to enhance
energy security, advance state-led energy initiatives, and decrease energy waste.
Georgetown Climate Center Federal Funding Compendium for Urban Heat Adaptation -
Although it was published in 2013, this resource aggregates and analyzes some current
federal programs with potential to pay for state and local government adaptation to urban
heat islands.
19A: Educate residents about the health
impacts of poor air quality and provide an
effective advance warning program for
elevated pollution days
(None located to date)
19B: Develop and implement a plan for high air
pollution days that calls for both public and
private action
(None located to date)
19C: Develop local air pollution reduction
programs
Indiana Volkswagen Environmental Mitigation Trust Program -
This program provides grant opportunities for clean air projects that will significantly reduce
diesel emissions across Indiana.
DOT Congestion Mitigation and Air Quality Improvement (CMAQ) Program -
The CMAQ program provides flexible funding to local and state governments for
transportation projects and programs to reduce congestion and improve air quality for
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areas that do not meet the National Ambient Air Quality Standards (nonattainment areas)
or maintenance areas.
21A: Educate about heat related illness and
prevention
Georgetown Climate Center Federal Funding Compendium for Urban Heat Adaptation -
Although it was published in 2013, this resource aggregates and analyzes some current
federal programs with potential to pay for state and local government adaptation to urban
heat islands.
21B: Conduct a heat vulnerability assessment
and develop a heat management plan
Georgetown Climate Center Federal Funding Compendium for Urban Heat Adaptation -
Although it was published in 2013, this resource aggregates and analyzes some current
federal programs with potential to pay for state and local government adaptation to urban
heat islands.
21C: Implement programs or activities that
reduce heat impacts in the built environment
Georgetown Climate Center Federal Funding Compendium for Urban Heat Adaptation -
Although it was published in 2013, this resource aggregates and analyzes some current
federal programs with potential to pay for state and local government adaptation to urban
heat islands.
Model Forest Policy Program Implementation Assistance -
This program is available to communities who have already assessed climate risks and
identified resilience goals. MFPP assists communities with implementing adaptation goals.
National Park Service Land and Water Conservation Fund -
This program provides matching grants to states and local governments for the acquisition
and development of public outdoor recreation areas and facilities.
Preparing for Extreme Precipitation
3A: Understand and address green stormwater
collection and treatment system weaknesses,
ensuring capacities are appropriate for heavier
precipitation events
Getting to Green: Paying for Green Infrastructure -
This document offers a useful summary of the different types of funding sources, their
advantages and disadvantages, and examples of several municipal programs that have
employed them.
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3C: Develop adaptive stormwater management
best practices and integrate them into a plan to
reduce stormwater runoff from impervious
surfaces
Indiana Community Development Block Grants - These grants are available to rural
communities to assist with projects that include sewer and water systems, community
centers, health and safety programs, main street revitalization, stormwater improvements,
and more.
DOT Transportation Alternatives Program - The Transportation Alternatives program
provides funding to local and state governments to pursue community improvements such
as vegetation management, and environmental mitigation related to stormwater
management.
Great Lakes Restoration Initiative - EPA expects to award funding for about nonpoint source
projects in five categories addressing agricultural nutrients and stormwater runoff.
Water Infrastructure and Resiliency Finance System - This USEPA resource provides financial
expertise to communities that are financing drinking water, wastewater, and stormwater
infrastructure.
3D: Increase street sweeping and stormwater
drain maintenance
Indiana Community Focus Fund -
This program supports infrastructure improvement that can be used for water, sewer, and
storm drainage.
6C: Involve critical facility and emergency
infrastructure managers in climate change
preparedness and management
(None located to date)
6G: Design and launch a community volunteer
response program
Hazardous Materials Emergency Preparedness (HMEP) Grant Program -
HMEP grants are awarded to Local Emergency Planning Committees and can be used to
determine the need within a state for regional hazardous materials emergency response
teams.
7A: Educate residents about steps they can
take to improve personal emergency
preparedness
Indiana Emergency Management Performance Grants (EMPG) -
These grants are available to local, state, territorial, and tribal governments and can be used
for preparation for all hazards.
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8A: Work internally and with the local utility to
increase power supply preparedness
DOE State Energy Program Competitive Financial Assistance Program -
This program provides funding and technical assistance to states and territories to enhance
energy security, advance state-led energy initiatives, and decrease energy waste.
8B: Encourage alternative energy generation,
energy storage systems, and distributed energy
DOE Energy Efficiency and Renewable Energy Funding Opportunity Exchange -
This website provides funding opportunity announcements related to bioenergy, buildings,
carbon capture, geothermal, solar power, weatherization, wind power, and more.
Indiana Weatherization Assistance Program -
The U.S. Department of Energy Weatherization Assistance Program reduces energy costs
for low-income households by increasing the energy efficiency of their homes. The program
is administered by state, through county-level organizations.
Choice Neighborhoods - The Choice Neighborhoods program encourages communities to
implement a variety of reforms to attack the causes of poverty, with the end goal of
transforming low-income communities and public housing projects into mixed-income
neighborhoods. Reforms can address many areas, such as building transportation
infrastructure, improving public schools, and increasing access to jobs and services. Under
this program, applicants can apply for either a planning grant or an implementation grant to
address a particular neighborhood. Applicants must include certain activities in their
transformation plans, such as improving or replacing public housing project, including using
energy-efficient principles to upgrade housing.
Community Development Block Grants (Entitlement Communities) -
The CBDG Entitlement Program provides annual grants to entitled cities and counties to
develop viable urban communities by providing decent housing and a suitable living
environment, and by expanding economic opportunities, principally for low- and moderate-
income persons. These funds may be used for activities relating to energy conservation and
renewable energy resources; construction of public facilities and improvements, such as
water and sewer facilities, streets, neighborhood centers, and the conversion of school
buildings for eligible purposes; and provision of assistance to profit-motivated businesses to
carry out economic development and job creation/retention activities; among other
activities.
Climate Action Plan 2022 91
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Community Development Block Grant (States Program) -
Through the CBDG States Program, states award grants to smaller units of general local
government that develop and preserve decent affordable housing, to provide services to
the most vulnerable in our communities, and to create and retain jobs. These funds may be
used for activities relating to energy conservation and renewable energy resources. In
addition, cities can incorporate heat-smart design, such as by including shading mechanisms
and cool roofs on residential units, or by adopting green infrastructure principles (like street
trees and permeable pavements) in street design. These grants go to states for smaller
communities within the states. Non-entitlement areas are cities with populations of less
than 50,000 (except cities that are designated principal cities of Metropolitan Statistical
Areas), and counties with populations of less than 200,000.
8C: Install back-up power options for critical
facilities and systems
DOE State Energy Program Competitive Financial Assistance Program -
This program provides funding and technical assistance to states and territories to enhance
energy security, advance state-led energy initiatives, and decrease energy waste.
16B: Designate vegetation protection areas
DOT Transportation Alternatives Program -
The Transportation Alternatives program provides funding to local and state governments
to pursue community improvements such as vegetation management.
USDA Agricultural Management Assistance Program -
This opportunity is appropriate after land has been designated for protection. This program
is available to agricultural land (government parcels or not) and nonindustrial private forest
land. Technical and financial assistance is provided to plant trees for windbreaks or diversify
operation and conservation practices.
Georgetown Climate Center Federal Funding Compendium for Urban Heat Adaptation -
Although it was published in 2013, this resource aggregates and analyzes some current
federal programs with potential to pay for state and local government adaptation to urban
heat islands.
Preparing for Land Use in the Floodplain
92 Climate Action Plan 2022
1B: Prepare bridge openings, culverts, and
ditches for flooding
Community Crossings Matching Grant -
Provides funding to cities, towns, and counties across Indiana to make improvements to
local roads and bridges. Eligible projects could include road resurfacing and preservation,
bridge rehabilitation or replacement, and more.
2C: Develop and adopt policies and procedures
for post-flood repairs
(None located to date)
6F: Develop a debris management plan to
direct post-flood response
FEMA Pre-Disaster Mitigation Grant Program -
Local and state governments, territories, and federally-recognized tribes can apply to this
program for planning and project grants that seek to reduce future losses before disaster
strikes.
15A: Complete the USEPA’s Flood Resilience
Checklist
FEMA Flood Mitigation Assistance Grant Program -
Local and state governments, territories, and federally-recognized tribes can apply to this
program for projects and planning that reduces or eliminates long-term risk of flood
damage to structure insured under the National Flood Insurance Program.
15B: Participate in the National Flood Insurance
Program Community Rating System
FEMA Flood Mitigation Assistance Grant Program -
Local and state governments, territories, and federally-recognized tribes can apply to this
program for projects and planning that reduces or eliminates long-term risk of flood
damage to structure insured under the National Flood Insurance Program.
Climate Action Plan 2022 93
Case Studies
The chart below provides case studies that demonstrate how other Midwestern local governments have completed these initiatives.
A database of these and other case studies is available at https://eri.iu.edu/erit/case-studies/index.html.
Preparedness Actions Related Case Studies
Preparing for Social and Economic Burdens
4A: Evaluate how climate change impacts could affect
the local economy
(No case study yet. Please tell us if you know of an existing program we can cover)
4B: Incorporate climate and disaster resilience into
economic development strategic plan
Grand Rapids, Michigan Includes Sustainability as a Core Part of its Strategic Plan
4C: Consider and plan for implications of climate
change on the local job market
(No case study yet. Please tell us if you know of an existing program we can cover)
4D: Establish a protocol for providing assistance to
residents that may face finance strain caused by
climate hazards
(No case study yet. Please tell us if you know of an existing program we can cover)
4E: Develop a plan for accepting people displaced by
climate change impacts
(No case study yet. Please tell us if you know of an existing program we can cover)
7C: Enhance community networks and connections
for vulnerable communities
(No case study yet. Please tell us if you know of an existing program we can cover)
8D: Establish a protocol for providing assistance to
residents who may face financial strain caused by
higher energy costs
Cincinnati Energy Aggregation Program Reduces Utility Costs and Supports Renewable
Energy
18C: Integrate funding for readiness actions into the
local government’s financial planning.
Grand Rapids, Michigan Includes Sustainability as a Core Part of its Strategic Plan
94 Climate Action Plan 2022
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Preparing for Extreme Heat Events
1A: Prepare roadways and bridges for higher
maximum temperatures and more freeze-thaw
events
(No case study yet. Please tell us if you know of an existing program we can
cover)
6B: Identify and protect critical infrastructure from
higher temperatures
(No case study yet. Please tell us if you know of an existing program we can
cover)
6C: Involve critical facility and emergency
infrastructure managers in climate change
preparedness and management
Minnesota Assesses Climate Risk to Public Health
6G: Design and launch a community volunteer
response program
(No case study yet. Please tell us if you know of an existing program we can
cover)
7A: Educate residents about steps they can take to
improve personal emergency preparedness
(No case study yet. Please tell us if you know of an existing program we can
cover)
16A: Pass a tree canopy ordinance (No case study yet. Please tell us if you know of an existing program we can
cover)
16B: Designate vegetation protection areas
(No case study yet. Please tell us if you know of an existing program we can
cover)
16C: Promote energy efficiency and waste heat
reduction
Indianapolis, Indiana Converts Streetlamps to LED
19A: Educate residents about the health impacts of
poor air quality and provide an effective advance
warning program for elevated pollution days
(No case study yet. Please tell us if you know of an existing program we can
cover)
19B: Develop and implement a plan for high air
pollution days that calls for both public and private
action
Cincinnati Creates an Air Quality Advisory Action Plan for City Operations
19C: Develop local air pollution reduction programs
Cincinnati Creates an Air Quality Advisory Action Plan for City Operations
School District in East Chicago, Indiana, Purchases Propane Buses to Address Local
Public Health Concerns
Climate Action Plan 2022 95
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21A: Educate about heat related illness and
prevention
(No case study yet. Please tell us if you know of an existing program we can
cover)
21B: Conduct a heat vulnerability assessment and
develop a heat management plan
(No case study yet. Please tell us if you know of an existing program we can
cover)
21C: Implement programs or activities that reduce
heat impacts in the built environment
(No case study yet. Please tell us if you know of an existing program we can
cover)
Preparing for Extreme Precipitation Events
3A: Understand and address green stormwater
collection and treatment system weaknesses,
ensuring capacities are appropriate for heavier
precipitation events
Minnehaha, MN Creek Watershed District Assesses Stormwater Management Climate
Vulnerability
3C: Develop adaptive stormwater management
best practices and integrate them into a plan to
reduce stormwater runoff from impervious
surfaces
(No case study yet. Please tell us if you know of an existing program we can
cover)
3D: Increase street sweeping and stormwater
drain maintenance
(No case study yet. Please tell us if you know of an existing program we can
cover)
6C: Involve critical facility and emergency
infrastructure managers in climate change
preparedness and management
Minnesota Assesses Climate Risk to Public Health
6G: Design and launch a community volunteer
response program
(No case study yet. Please tell us if you know of an existing program we can
cover)
7A: Educate residents about steps they can take
to improve personal emergency preparedness
(No case study yet. Please tell us if you know of an existing program we can
cover)
8A: Work internally and with the local utility to
increase power supply preparedness
Vigo County, Indiana Improves Resilience to Energy Disruptions with Solar Power
8B: Encourage alternative energy generation,
energy storage systems, and distributed energy
Ball State University in Muncie, Indiana Replaces Coal-fired Boilers with Campus-Wide
Geothermal Energy
Benton County, Indiana, Successfully Sites Wind Energy, Protects Rural Roads from
Damage
96 Climate Action Plan 2022
27
Bloomington, Indiana diversifies its energy supply with residential and municipal solar
Cincinnati Energy Aggregation Program Reduces Utility Costs and Supports Renewable
Energy
Michiana Area Council of Governments Helps Catalyze Solar Installations Throughout
Northern Indiana
School District in East Chicago, Indiana, Purchases Propane Buses to Address Local
Public Health Concerns
White County, Indiana saves money and boosts the economy with wind energy
Vigo County, Indiana Improves Resilience to Energy Disruptions with Solar Power
8C: Install back-up power options for critical
facilities and systems
Vigo County, Indiana Improves Resilience to Energy Disruptions with Solar Power
16B: Designate vegetation protection areas (No case study yet. Please tell us if you know of an existing program we can
cover)
Preparing for Land Use in the Floodplain
1B: Prepare bridge openings, culverts, and
ditches for flooding
(No case study yet. Please tell us if you know of an existing program we can
cover)
2C: Develop and adopt policies and procedures
for post-flood repairs
Minnehaha, MN Creek Watershed District Assesses Stormwater Management Climate
Vulnerability
6F: Develop a debris management plan to direct
post-flood response
Northeast Indiana Counties Collaborate to Develop Debris Management Plans
15A: Complete the USEPA’s Flood Resilience
Checklist
(No case study yet. Please tell us if you know of an existing program we can
cover)
15B: Participate in the National Flood Insurance
Program Community Rating System
(No case study yet. Please tell us if you know of an existing program we can
cover)
Climate Action Plan 2022 97
i Multihazard Mitigation Council (2018). Natural Hazard Mitigation Saves: 2018 Interim Report. Principal Investigator Porter, K.; co-Principal Investigators
Scawthorn, C.; Huyck, C.; Investigators: Eguchi, R., Hu, Z.; Reeder, A; Schneider, P., Director, MMC. National Institute of Building Sciences, Washington, D.C.
www.nibs.org.
ii Hoosier Resilience Index, “Climate Vulnerability: Richmond, IN.” Retrieved Jan 2, 2021, from https://hri.eri.iu.edu/climate-
vulnerability/index.html?placeid=Richmond#climateExpoHead.
iii Widhalm, M., Hamlet, A. Byun, K., Robeson, S., Baldwin, M., Staten, P., Chiu, C., Coleman, J., Hall, B., Hoogewind, K., Huber, M., Kieu, C., Yoo, J., Dukes, J.S.
2018. Indiana’s Past & Future Climate: A Report from the Indiana Climate Change Impacts Assessment. Purdue Climate Change Research Center, Purdue
University. West Lafayette, Indiana. https://bit.ly/2KDsaga.
iv Ibid.
v Hoosier Resilience Index, “Climate Vulnerability: Richmond, IN.” Retrieved Jan 2, 2021, from https://hri.eri.iu.edu/climate-
vulnerability/index.html?placeid=Richmond#climateExpoHead.
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CITY OF RICHMOND
765-983-7200
50 North 5th Street
Richmond, Indiana 47374