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New Mexico Maps Climate Risks to Inform Climate Action

Long before Spanish-Mexican settlers arrived in what is now New Mexico, people had farmed the land for centuries. They devised sustainable dry-land farming practices that included irrigation canals and fields rich with porous volcanic pumice to absorb water and slowly release it. Like indigenous people elsewhere, native New Mexicans thrived by working with the unique attributes of their land.

Today those attributes are changing. Drought and rising temperatures are causing wells and drainage ditches to go dry and forcing tough decisions about how to adapt. In some areas of the state, early shutoff of irrigation water, along with steep rises in costs of fuel and fertilizer, mean that many farmers could lose their land.

To help all New Mexicans prepare for uncertain climate outcomes, a team of scientists, technologists, and resource specialists launched the New Mexico Climate Risk Map. Experts at Energy, Minerals and Natural Resources Department (EMNRD) teamed with the Earth Data Analysis Center (EDAC) at the University of New Mexico. Using geographic information system (GIS) technology, they aggregated and analyzed data to create the interactive map.

The Climate Risk Map is designed to help New Mexico communities and residents learn more about factors that contribute to their climate change risk. (Click on the image to visit the map.)

The map allows anyone to explore the worst outcomes of rising temperatures—drought, heat, flooding, degrading air quality, and wildfire—noting where and who will face heightened risks from these hardships. Communities can use the map to visualize climate pressures and see where they will have to make hard decisions to adapt. ­

Taking Climate Action Against Compounding Problems

The entire state of New Mexico is currently experiencing drought. And the average annual temperature that has increased three degrees since 1970, is projected to rise another nine degrees by 2100. Together these changing conditions have increased wildfires.

On May 2, 2022, thousands of residents were evacuated from the City of Las Vegas in northern New Mexico as high winds blew embers ahead of the Calf Canyon Fire. The Calf Canyon Fire merged with the Hermits Peak Fire on April 22 after a significant wind event. This combined fire has reached megafire status, and it’s on its way to becoming the largest fire in state history.

“Fires can harm habitat and create conditions that cause major floods that impact drinking water quality,” said Maria Lohmann, who coordinates the New Mexico Climate Change Task Force led by co-chairs, EMNRD Cabinet Secretary Sarah Cottrell-Propst and Environment Department Cabinet Secretary James Kenney. “It’s really important that we start to talk about these repercussions, because New Mexico has some really special and unique landscapes that are already struggling.”

In addition to the loss of habitat, fire damage poses an immediate threat when rainstorms carry away soil no longer held back by vegetation. This debris can clog channels and culverts, fill up reservoirs and retention ponds, and destroy fields and crops.

To help communities tackle the challenges of climate change, Governor Michelle Lujan Grisham issued Executive Order 2019-003 on Addressing Climate Change and Energy Waste Prevention in January 2019, which created the state’s Interagency Climate Change Task Force. This group of state experts is focused on issues that need quick attention in each of nine focus areas ranging from delivering clean energy to creating sustainable infrastructure.

“The strength of this map is its ability to run different scenarios, because everybody has a different focus,” Lohmann said. “Users—whether an agency, a community group, or a local government—can relate it to what’s most important to them. They can see where the risks are and examine the issues.”

More Heat, Less Rain, and Need for Cooling

The state recently conducted its yearly climate strategy report, which includes details about the state’s transition to renewable energy and the goals to reduce energy costs.

“With extreme heat coming, energy has to be reliable and affordable so people can cool themselves,” said Robert Gomez, resilience coordinator for EMNRD’s Sustainability and Resilience program. “Those kinds of connected factors have to be built into our ongoing resilience and adaptation plans.”

The changes in climate and high fuel loads create the conditions for catastrophic fires. “We have really set ourselves up for some potentially serious situations there,” Gomez said.

In New Mexico, and across the greater southwest, fuel conditions coupled with projected increases in seasonal temperatures and decreases in annual precipitation, increase the potential for more frequent, intense, and extended wildfires.

Creating the Interactive Map

The New Mexico Climate Risk Map provides a place to begin to understand impacts for all areas of the state. People can choose from a list of different climate hazards and sensitivity factors to view those layers on the map. Its real power comes from the reports it can generate for any area of interest by combining details; calculating statistics; generating tables, charts, and maps; and then producing a PDF that can be saved and shared.

Shawn Penman and Tyler Eshelman at the EDAC at the University of New Mexico provided GIS and programming skills to create the interactive map alongside collaborators at EMNRD. One of the resources the team relied on is the Mapping Resilience Report from the Asian Pacific Environmental Network.

The climate risk mapping tool they built places an emphasis on equity and addressing the needs of overburdened communities, including demographic factors like race and poverty levels. So far, experts on the task force have been using it to examine equity and come up with five-year action plans. Work is ongoing to get the Climate Risk Map into the hands of community planners, tribal nations and pueblos, and anyone interested in understanding their risk.

There’s also the possibility the map’s scope could be expanded by working with other agencies, including New Mexico’s Department of Health, whose health workers are actively responding to climate-related health effects including respiratory and other conditions due to wildfire smoke and for the prevention of heat-related illness. With the tool, they can also examine equity. “Health outcomes of climate change are important questions we need to ask ourselves,” Gomez said. “And specifically examining who in which areas are particularly vulnerable.”

 

Learn how other states and localities use GIS to craft climate action plans.

(Click on the image to view the EMNRD OCD Methane Waste Dashboard.)

About the author

Patricia Cummens is the Director of Government Strategy and Policy Solutions at Esri and provides guidance on state and national government initiatives and emerging policy issues. The digital divide has been an area of focus for her for some time. She works with executives including Governor's offices, the White House, and US congress, and has experience as GIS Director for the New Jersey Department of Environmental Protection after launching her career with State of Minnesota. Her skills bridge the gap between policy and technology, helping governments understand the value of geospatial data and GIS technology for efficient, smart government. In 2018, she was named a Top Woman in Tech, by StateScoop. She serves on the National Geospatial Advisory Committee, the National Governors' Association Smart States Advisory Board and has served as chair of both the National Association of State Chief Information Officers (NASCIO) and the National States Geographic Information Council (NSGIC) corporate advisory councils.

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