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This Western Governors' Drought Forum webinar explored the latest science on forest management practices that may increase water availability and add security to water portfolios. The moderator was Ken Pimlott, California State Forester and Director of CAL FIRE. Panelists included: Alan Hook, Project Manager, Santa Fe Municipal Watershed Management Plan and Water Resources Coordinator, City of Santa Fe; Marcos Robles, Conservation Science Specialist, The Nature Conservancy; Don Boucher, Project Manager, Ashland Forest Resiliency Stewardship Project, United States Forest Service.

This Landscape Restoration Strategy (LRS) was developed over seven months during 2014-2015 by the Taos Valley Watershed Coalition (TVWC). Coalition members manage or provide land use consultation on all of the adjoining jurisdictions within our focus area, which extends from the Rio Grande del Rancho on the south to the San Cristobal drainage on the north and also includes the Rio Fernando, Rio Pueblo, Rio Lucero, Rio Arroyo Seco, and Rio Hondo stream systems. Coalition members agree to focus on the goals of protecting, improving, and restoring the water quality, quantity, and ecological function of the forests and streams in the Rio Grande watershed within Taos County, to the benefit of both local and downstream water users. This LRS was developed by our membership to document our shared understanding of scientific data and community values, and to guide coordinated actions within our local watersheds.

2011 annual report.

Briefing Paper on Santa Fe Watershed Protection: Looking Outside the Boundary

A Waterwise Guide to Trees-Facts about tree care

An unprecedented 40-year experiment in a 40,000 acre valley of Yosemite National Park strongly supports the idea that managing fire, rather than suppressing it, makes wilderness areas more resilient to fire, with the added benefit of increased water availability and resistance to drought. After a three-year assessment of the Park's Illilouette Creek Basin, UC Berkeley researchers concluded that a strategy dating to 1973 of managing wildfires with minimal suppression and almost no prescribed burns has created a landscape more resistant to catastrophic fire, with more diverse vegetation, forest structure and increased water storage. "When fire is not suppressed, you get all these benefits: increased stream flow, increased downstream water availability, increased soil moisture, which improves habitat for the plants in the watershed. And it increases the drought resistance of the remaining trees and also increases the fire resilience because you have created these natural firebreaks," said Gabrielle Boisramé, graduate student at UC Berkeley's Department of Civil and Environmental Engineering, and first author of the study. The Cohesive Wildland Fire Strategy supports management of fires where possible. Managing fires is part of the Cohesive Strategy vision: to safely and effectively suppress fires, use fire where allowable, manage our natural resources, and as a Nation, live with wildland fire. Read the full article and find the published study at: ttp://wildfireinthewest.blogspot.com/2016/10/wildfire-management-vs-suppression.html.

Presentation to the Cohesive Strategy Science Workshop in Reno, Nevada on April 26, 2017

RMRS-GTR-310. USFS Rocky Mountain Research Station. Abstract: Ponderosa pine and dry mixed-conifer forests in the Southwest United States are experiencing, or have become increasingly susceptible to, large-scale severe wildfire, insect, and disease episodes resulting in altered plant and animal demographics, reduced productivity and biodiversity, and impaired ecosystem processes and functions. We present a management framework based on a synthesis of science on forest ecology and management, reference conditions, and lessons learned during implementations of our restoration framework. Our framework focuses on the restoration of key elements similar to the historical composition and structure of vegetation in these forests: (1) species composition; (2) groups of trees; (3) scattered individual trees; (4) grass-forb-shrub interspaces; (5) snags, logs, and woody debris; and (6) variation in the arrangements of these elements in space and time. Our framework informs management strategies that can improve the resiliency of frequent-fire forests and facilitate the resumption of characteristic ecosystem processes and functions by restoring the composition, structure, and spatial patterns of vegetation. We believe restoration of key compositional and structural elements on a per-site basis will restore resiliency of frequent-fire forests in the Southwest, and thereby position them to better resist, and adapt to, future disturbances and climates.

RMRS-RP-103WWW. USFS Rocky Mountain Research Station Research Paper. Erik J. Martinson and Philip N. Omi, 2013.

This webinar by Dr. Linda Nagel discusses the adaptive silvicultural planning process to guide forest managers through the process of incorporating climate change into natural resource management. Case studies and a science-management partnership will be highlighted.