![]() Because the root system will already be grown and in place, the warmer months will be easier on the tree. The condition of the soil is better as well, with the soil being warm enough and not quite as damp as springtime, after it’s endured many months of rainfall.Ī new tree needs to have time to develop a system of roots and acclimate itself before the intense weather of winter unfolds, so planting it as early as possible in fall is important. Our falls are cool and definitely come with plenty of rain, which creates the ideal weather for planting a new tree. New trees have the best chance of survival when exposed to moderate temperatures and a good amount of rain. However, contrary to popular belief that spring is the ideal time, you should really look to do it in the fall. There is some debate on the ideal time for planting that new tree. What Time of Year Should I Plant My New Tree According To A Leading Arborist? Here’s exactly how to plant your tree like a pro. A long and happy life for you tree means proper planning starting with the time of year you plant your tree to care of your tree after planting. It also includes some additional background information on our methodology.Planting a tree is always an exciting new undertaking, but it takes plenty of work to ensure your trees long-term health and success. This report includes an assessment of non-forested habitats in western Washington that is not included in the 2012 report. Climate Change and Forest Biodiversity: A Vulnerability Assessment and Action Plan for National Forests in Western Washington (2011) - An earlier version of our western Washington vulnerability assessment.There is a separate workbook for each subregion. Vulnerability assessment spreadsheet model with data - This version of the spreadsheet model includes the data that we used in our Pacific Northwest assessment users can adjust parameters based on their own assumptions.This Excel spreadsheet model is blank, allowing users to enter their own data. Vulnerability assessment spreadsheet model - This is our version of the ForGRAS model developed by Kevin Potter and Barbara Crane.It is designed to assist users in applying our assessment approach to a different study area with different tree species. Guide to Vulnerability Assessment Methods - This document provides a detailed description of our vulnerability assessment methodology.Tree species distribution maps for subregion 6: Southwestern Oregon.Tree species distribution maps for subregion 5: Central Oregon.Tree species distribution maps for subregion 4: Eastern Oregon.Tree species distribution maps for subregion 3: Eastern Washington. ![]() Tree species distribution maps for subregion 2: Northwestern Oregon.Tree species distribution maps for subregion 1: Western Washington.Appendix 8: Tree Species Profiles (not included in report) - For each Pacific Northwest tree species, biological and ecological information relevant to climate change is summarized in a 2-to-3 page entry.Īlternatively, the tree species distribution maps from appendix 7 can be downloaded separately for each subregional study area:.Appendix 7: Tree Species Distribution Maps (not included in report) - Tree species distribution maps for all six subregional study areas.Executive Summary - Includes executive summaries of the regional report and those of appendices 1-6 (the six subregional study areas).Report - Includes the regional report and appendices 1-6, which focus on each of the six subregional study areas this document includes all executive summaries.The report and supporting documents also can be downloaded using the links below.Ĭlimate Change and Forest Trees in the Pacific Northwest: A Vulnerability Assessment and Recommended Actions for National Forests To order a CD or printed copy of the full report, the executive summary, or both, please use the Publication Request Form and email it to. The objective of this study is to assess the vulnerability of forest trees of Washington and Oregon to climate change and to propose practical management actions that will work under a variety of future climate scenarios and will conserve biodiversity and increase resiliency in Pacific Northwest national forests. Information on the potential impacts of these changes is essential to manage National Forest System lands for the future. Pacific Northwest include overall warming and potentially increased winter precipitation and decreased summer precipitation. USDA Forest Service, Pacific Northwest RegionĬlimate change predictions for the U.S. Warren Devine, Carol Aubry, Andrew Bower, Jeanne Miller, and Nicole Maggiulli Ahr A Vulnerability Assessment and Recommended Actions for National Forests
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |