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Apr 2016

Technology and Trees: Increasing trust and efficiencies in forest restoration

S. Sitko, T. Woolley, and N. Chapman
Arizona
Climate Change, Fire
Forest
USFS
Abstract

With over two million acres of Arizona’s forests vulnerable to catastrophic wildfire, we must change how we manage forests to reduce this risk. Accelerating the pace and scale of forest restoration treatments to meet this challenge requires new ways of doing business. Today’s forest management requires a collaborative approach between the Forest Service, wood product industries, and organizations like The Nature Conservancy to modernize rules and regulations; test, develop, and use new technology to work smarter and faster at less cost; and forge innovative partnerships that provide the support needed for this transformation. The Nature Conservancy is developing new technology that help harvesters, the Forest Service, and stakeholders meet today’s forest restoration goals. Using satellite and 3D imagery, geographic information systems, and electronic tablets, our efforts show promise in creating efficient, less-costly methods to digitally “mark” trees, prepare sites for treatments, harvest trees, and monitor effects of treatments.

Links
CLE Report
PDF, 1.07 MB
 
(ALL RIGHTS GRANTED TNC) View of Escudilla Mountain. Fall colors heighten the natural beauty of forest and meadow in the White Mountains, one of Arizona’s last wide-open spaces and where TNC works to protect the headwaters of three major Arizona rivers: the Salt, Gila, and Little Colorado and their greenbelts – riparian habitats critical for wildlife and water quality – as well as restore healthy forests within the largest ponderosa pine community in the world, save rare and unique wildlife and plant species, and control non-native, invasive species, such as crayfish, Arizona. © Betsy D. Warner/TNC
Aerial view of the Parks West restoration site overseen by TNC. Taken March 16, 2020.
Conservancy staffers, Dale Turner and Amanda Rebore, helping to map the Sabn Pedro River in Arizona. They use a GPS unit to denote the end of the water flow on the LowerSan Pedro River. They hiked through the Conservancy’s San Pedro Preserve.

Our Approach to Science

The Nature Conservancy’s conservation science program in Arizona engages stakeholders and expertise in applied science and policy to develop new information, ideas, and tools that can help solve some of our most pressing challenges affecting people and nature

Explore Our Science

Future Forests

We are working with partners and stakeholders to accelerate the pace and scale of forest restoration for a healthy Arizona

Mapping the Status of River Streams

Wet/dry mapping provides a low-cost, river-wide snapshot of hydrologic conditions for rivers with interrupted perennial surface flows.

Our Science in Action

Future Forests
Forests
Future Forests
Accelerating the pace and scale of forest restoration for a healthy Arizona.
Wet/Dry Mapping
Rivers & Water
Wet/Dry Mapping
Snapshot of hydrologic conditions for rivers with interrupted perennial surface flows.
Arizona Rivers & Water
Rivers & Water
Arizona Rivers & Water
Achieving sustainable water management.
Las Ciénegas Adaptive Management
Deserts & Grasslands
Las Ciénegas Adaptive Management
Collaboration with the Bureau of Land Management at Las Ciénegas National Conservation Area.
Natural Infrastructure
Conservation
Natural Infrastructure
Developing a natural infrastructure dataset by integrating studies on wildlife habitat and open space.
Ecoregion Assessments
Conservation
Ecoregion Assessments
Conservation of biodiversity across western North America.
Southwest Forest Assessment Project
Forests
Southwest Forest Assessment Project
Restoring ecosystems throughout Arizona and New Mexico’s National Forest.
Southwest Grasslands
Deserts & Grasslands
Southwest Grasslands
Assessing the state of Arizona’s grasslands.

Explore Our Science

Sep 2023
Maps
BLM, NGO
Freshwater Assessment
Riparian-aquatic
San Pedro River
Dale Turner, Brooke Bushman, Lisa McCauley
San Pedro River Wet/Dry Map Animation
Every June groups of volunteers walk the entire 170 mile length of the San Pedro River and record where it is wet and where it is dry during the hottest, driest time of the year. Twenty years’ worth of data on summertime surface flows in the San Pedro River within the San Pedro Riparian National C[…]
Sep 2023
Papers
Arizona, Geo Region
Collaboration
Ecosystem, Forest
Forest Restoration Benefits, Topic
Jamie L Peeler, Lisa McCauley, Kerry L Metlen, Travis Woolley, Kimberley T Davis, Marcos D Robles, Ryan D Haugo, Karin L Riley, Philip E Higuera, Joseph E Fargione
Identifying opportunity hot spots for reducing the risk of wildfire-caused carbon loss in western US conifer forests
As both the climate and wildfire crises intensify and investments are made to dramatically increase the pace of forest restoration across dry forests in the western U.S. through the Wildfire Crisis Strategy, an understanding of where Nature-Based Solutions are the most optimal in lessening climate i[…]
Sep 2023
Papers
Arizona, Colorado River Basin, Western U.S.
Climate Change, Forest Restoration Benefits
Collaboration, USDA ARS
Forest
Ravindra Dwivedi, Joel A. Biederman, Patrick D. Broxton, Kangsan Lee, Willem J.D. van Leeuwen, Jessie K. Pearl
Forest density and snowpack stability regulate root zone water stress and percolation differently at two sites with contrasting ephemeral vs. stable seasonal snowpacks
Much of the western United States depends on high elevation snowpack in forested watersheds for water supply, wildlife habitat, and recreation in both adjacent and downstream communities. The forest-snow-water relationship is well studied in areas with stable – that is, cold – seasonal s[…]