Introducing Populus: A Tool for Selecting Fremont Cottonwood Candidate Trees for Restoration Using Ecological Research Findings   Sean Mahoney1, Jacklyn PM Corbin2,3, Catherine A Gehring2,3, Thomas G Whitham2,3   <
Great Basin Reseach Center and Seed Warehouse: Providing Seed for Restoration and Beyond   Kevin Gunnell1   1Utah Division of Wildlife Resources, Great Basin Research Center and Seed Warehouse,
It Starts with a Seed: Growing Capacity for Regional Native Plant Materials through the Southwest Seed Partnership   Ashlee Wolf1, Maria Mullins1, Melanie Gisler1   1Insti
Obtaining Plants and Seeds for Restoration Practitioners   Kara Barron1, Steve Plath1   1 Gila Watershed Partnership, Safford, Arizona, USA; kara@gwpa
Climate Change's Cycle of Disaster in Arid West Impacts Watersheds for Multiple Years Paula Stepp1
Weather, Climate, and Climate Change in Colorado   Russ Schumacher1   1Colorado Climate Center and Colorado State Climatologist, Fort Collins, CO, USA  
Tracing the Monitoring and Evaluation of Tamarix Control and its Outcomes in the American Southwest: A Systematic Review and Meta-Analysis  

This white paper was written by the Western Collaborative Conservation Network's Public Policy Working Group: Jessica Western and Heather Johnson.

 

https://www.custommycos.com/resources/

Lisa Markovchick and Zsuzsi Kovacs created this resource page to help land managers apply basic mycorrhizal science in context-specific programs to boost management outcomes. 

  View the resource guide here: https://online.maryville.edu/blog/soil-conservation   This guide dives into topics such as:
  The Escalante River: Sustaining hard-won restoration in a warmer and drier future    
  Soil Analysis for Restoration on the Santa Clara River   Margot Mason1*, Adam Lambert2   1University of California, Santa Barbara, California, USA; mason_margot@yahoo.com 
  The One Riverfront Commission   Dave Bastian*, First Last N
    Developing a Land Suitability Analysis for Green Infrastructure Placement in Ambos Nogales
  Expanding our Knowledge on the Mitochondrial Genomes of the Tamarisk Leaf Beetles, Diorhabda spp.