Search Results: 2V0-11.24 PrüfungGuide, VMware 2V0-11.24 Zertifikat - VMware Cloud Foundation 5.2 Administrator 💾 Suchen Sie auf ➥ www.itzert.com 🡄 nach kostenlosem Download von ⮆ 2V0-11.24 ⮄ 🏛2V0-11.24 Pruefungssimulationen
A resilience-based approach to management can facilitate regional planning by guiding the allocation of management resources to where they will have optimal socioecological benefits. This type of approach requires a sound understanding of the environmental factors, ecosystem attributes and processes, and landscape components that influence ecological resilience of the focal system. Chambers et al. review and integrate resilience concepts to help inform natural resources management decisions for ecosystems and landscapes. They describe the six key components of a resilience-based approach, beginning with managing for adaptive capacity and selecting an appropriate spatial extent and grain. Additional components include developing an understanding of the factors influencing the general and ecological resilience of ecosystems and landscapes, the landscape context and spatial resilience, pattern and process interactions and their variability, and relationships among ecological and spatial resilience and the capacity to support habitats and species. They suggest that a spatially explicit approach that couples geospatial information on general and spatial resilience to disturbance with information on resources, habitats, or species provides the foundation for resilience-based management. A case study from the sagebrush biome is provided that is widely used by the management agencies.
View article.
We used the National Environmental Policy Act to identify four types of science information needed for making decisions relevant to public lands: (1) data on resources of concern, (2) scientific studies relevant to potential effects of proposed actions, (3) methods for quantifying potential effects of proposed actions, and (4) effective mitigation measures. We then used this framework to analyze 70 Environmental Assessments completed by the Bureau of Land Management in Colorado. Commonly proposed actions were oil and gas development, livestock grazing, land transactions, and recreation. Commonly analyzed resources included terrestrial wildlife, protected birds, vegetation, and soils. Focusing research efforts on the intersection of these resources and actions, and on developing and evaluating the effectiveness of mitigation measures to protect these resources, could strengthen the science foundation for public lands decision making.
View paper.
This study presents a novel risk-science approach that aligns wildfire response decisions, mitigation opportunities, and land management objectives by consciously integrating social, ecological and fire management system needs. We use fire-prone landscapes of the US Pacific Northwest as our study area, and report on and describe how three complementary risk-based analytic tools—quantitative wildfire risk assessment, mapping of suppression difficulty, and atlases of potential control locations—can form the foundation for adaptive governance in fire management. Together, these tools integrate wildfire risk with fire management difficulties and opportunities, providing a more complete picture of the wildfire risk management challenge. Leveraging recent and ongoing experience integrating local experiential knowledge with these tools, we provide examples and discuss how these geospatial datasets create a risk-based planning structure that spans multiple spatial scales and uses.
Webinar recording.
Integrating Public Health into Forest and Fire Management, presented by Savannah M D’Evelyn, PhD, Postdoctoral Scholar, University of Washington, on November 17, 2023.
This webinar is part of a monthly series hosted by the International Association of Wildland Fire (IAWF), the Pau Costa Foundation (PCF), and the Association for Fire Ecology (AFE) to bring together diverse voices from the global wildland fire community.
Webinar recording.
Sarah McCaffrey, retired in 2022 after 20 years as a fire social scientist with the US Forest Service where her research focused on understanding the social dynamics of fire management. This included research projects that examined the role of risk perception and risk attitudes, social acceptability of prescribed fire, homeowner mitigation decisions, evacuation decision making, risk communication, and agency-community interactions during fires. Since retirement she has been involved with a number of research and practitioner efforts to improve future fire outcomes including as an adviser to the Gordon and Betty Moore Foundation’s Wildfire Resilience Initiative and Board member for Fire Adapted Colorado. She received her PhD in 2002 from the University of California at Berkeley where her dissertation examined Incline Village, Nevada homeowner views and actions in relation to defensible space and fuels management.
Researchers present results from a National Science Foundation-funded project studying management responses to Mountain Pine Beetle infestations in the western U.S. This research includes case studies of national forests and surrounding communities that were heavily affected by impacts from the beetle in Colorado, Montana, South Dakota, and Washington. The scale, scope, and public visibility of the beetle outbreak resulted in different responses in the four case study areas, including the use of different management approaches and policies. The rapid pace at which the epidemic spread also created challenges around managers’ inability to respond quickly enough. In this presentation, the scientists share findings on differences and similarities between how the different case studies responded to mountain pine beetle impacts and what policies, authorities, and approaches managers used to address beetle issues in their national forests.
Webinar recording.
In the winter and spring of 2022, the National Forest Foundation (NFF), in coordination with the USDA Forest Service, hosted a series of roundtables across the country to gather input on the Wildfire Crisis Strategy Implementation Plan. The NFF distilled these productive discussions with Forest Service employees and partners into regional reports and an overall synthesis report, available at nationalforests.org/wildfire-roundtables.
The purpose of this webinar is to share more information about the report, discuss next steps, and provide an opportunity for Q&A with Forest Service leadership.
View webinar recording.
This webinar highlighted the importance of private land in species conservation efforts, innovative ways to address conservation finance, and the incentives that work for private landowners. Moderator: Chris West, Director, Rocky Mountain Regional Office of the National Fish and Wildlife Foundation. Panelists: Amos Eno, Executive Director/President, Resources First Foundation; Jeff Morgheim, Founder and Principal, Edge Strategic Consulting, LLC; Lesli Allison, Executive Director, Western Landowners Alliance. This webinar is one in a series for the “Species Conservation and Endangered Species Act Initiative,” the Chairman’s Initiative of Wyoming Governor and Western Governors’ Association Chairman Matt Mead.
Description: Due to loss of natural ecosystems and biodiversity around the world along the past decades, international initiatives are being developed to establish a foundation for the restoration of diverse ecosystems, prioritizing ecosystem biodiversity and resilience while also recognizing impacts on rural livelihoods and carbon storage. As programs have become more refined, a shift from revegetation with available material to using native plant materials of known genetic origin has been underway, and achieving increasing priority at an international level. Through research and collaborative partnerships, on local, regional and international levels, and between public and private sectors, approaches are being developed that addresses the challenges in using native genetic plant material in ecological restoration. Four study cases from different geographic locations and climatic conditions were selected to demonstrate the successes in using native genetic plant material, developing a baseline for native genetic resource management, and meeting challenges according to every ecosystem’s limiting factors. In Jordan’s desert ecosystem a developed native seed strategy has majorly improved seedling quality and post-planting survival rate. In the tropical ecosystem of Guinea Conakry, the major challenge is to identify best seed collection times and seed handling techniques to improve seed germination and propagation of native seedlings through seeds for the restoration of the Bossou corridor. Within Morocco’s Atlas Mountains, an emphasis is being made on the development of a traceability system for native genetic plant material used in restoration projects, considering the genetic variability within native species, starting with Cedrus atlantica. In Lebanon, considering the diverse ecosystems, a scheme for the selection of native plant material is developed within every restoration project, for dryland, riparian or forest ecosystems.
Speaker: Karma Bouazza, Lebanon Reforestation Initiative
Access webinar recording.
The Rangeland Analysis Platform (RAP) is a free, online tool that helps landowners and natural resource managers track vegetation through time and plan actions to improve America’s grazing lands. The RAP can be used to provide strategies to improve productivity of grazing lands, manage weeds, mitigate impacts of wildfire and drought, and benefit wildlife habitats. Powered by Google Earth Engine, RAP merges machine learning and cloud-based computing with remote sensing and field data to provide the first-ever annual cover maps of rangeland vegetation. This new platform allows people to view trends in rangeland resources at an unprecedented blend of space (from the Great Plains to the Pacific Ocean), time (1984 to present), and scale (at the ranch, watershed, or county level). Designed to be combined with local knowledge, the RAP helps users better understand vegetation change through time to aid in conservation planning and outcome evaluation. This webinar will describe the innovative breakthrough in mapping vegetation cover and demonstrate RAP applications.