Developing structured science syntheses for use in NEPA analyses and decision making in the Bureau of Land Management
Science information is fundamental to understanding how proposed actions on public lands may impact the environment. However, agencies often have limited time to compile and synthesize existing science. We are working with land management agencies to develop and explore the usability of a new type of science product—structured science syntheses—for facilitating the use of science information in public lands decisions.
Structured Science Syntheses
Structured science syntheses are peer-reviewed, published reports, coproduced with resource managers, that synthesize science information about a priority management issue on public lands. Read more about them in our fact sheet.
Published Structured Science Syntheses
Effects of noise from oil and gas development on ungulates and small mammals
Effects of culverts on habitat connectivity in streams
Effects of noise from oil and gas development on songbirds and raptors
Effects of Nonmotorized Recreation on Ungulates in the Western United States
Potential Risks of Vegetation Treatments on Invasive Annual Grasses in Rangelands of Montana and the Dakotas
The process for developing structured science syntheses
In this project, we are compiling a menu of best practices and considerations for creating science syntheses for public land managers, based on our experience developing structured science syntheses. Each structured science synthesis is coproduced by researchers and resource managers. Our initial set of published syntheses were coauthored by staff from the USGS, Bureau of Land Management (BLM), and U.S. Fish and Wildlife Service (FWS). In addition, throughout the writing process, we worked to gather feedback from BLM resource managers at headquarters, state, and field office levels.
After they are published, we share syntheses using a variety of outlets, such as staff meetings and webinars for BLM programs, internal and public news releases, conference presentations, and internal information hubs, such as the BLM Science in Practice Portal.
Tailored for a resource management audience
Synthesis topics address the combination of a proposed action and potentially affected resource. In our initial syntheses, we worked with key BLM program staff to select and scope priority topics for the BLM. Syntheses typically incorporate four types of science relevant to NEPA analyses: data about resources and the proposed action, scientific studies about potential effects of the proposed action on resources, analysis methods for quantifying potential effects, and approaches to mitigating or avoiding adverse impacts. This information is organized (that is, “structured”) according to a decision or analysis process, such as the steps in NEPA analysis.
Potential benefits to land management agencies
Structured science syntheses package science information in a new way, with the intention of helping to bridge the research-management gap in the context of federal public lands management (Carter and others, 2020). By creating a library of structured science syntheses, we hope to provide the BLM and other land management agencies with tailored, practical science products that can directly inform their decision making, including National Environmental Policy Act (NEPA) analyses.
Developing example applications of structured science syntheses
This project will support creation of example, on-the-ground applications of the information in syntheses to decision making. The example applications would be published and linked to the structured science syntheses. Example applications may be hypothetical examples of NEPA and other environmental analyses, or they might be broader such as development and prioritization of restoration actions.
Assessing the usability of existing literature reviews for natural resource managers
We conducted a study to assess to what extent existing literature reviews related to natural resource conservation and management in academic journals contained attributes that may enhance their relevance, credibility, and ease of use for natural resource managers. We also assessed the relationship between how reviews were developed and what types of management-relevant information they contained. This study identified potential opportunities to improve the usability of literature reviews for resource managers through small changes to the practice of writing literature reviews.
Identifying what makes science syntheses usable for public land managers
We are conducting a study to gather information from BLM staff about characteristics of science syntheses that may make them more useful for and more likely to be used in decision making. Our objectives are to 1) characterize use of science syntheses in decision making in the BLM, and 2) identify factors that may affect the usability of science syntheses for resource managers in the BLM. Through this study, we aim to help authors of science syntheses understand ways to improve the usability of a synthesis product for public land managers.
Interagency Science-Management Partnership
The USGS, BLM, and FWS are working together to coproduce this project to create practical, actionable science that informs planning and management decisions on public lands (see BLM’s Coproduction Toolkit for more information on coproduction).
USGS Science Syntheses for Public Lands Management
Developing a step-by-step process for assessing cumulative effects in the Bureau of Land Management
Synthesis of sage-grouse genetic information to support conservation and land management actions
Developing searchable annotated bibliographies for resource managers
Developing science syntheses to facilitate climate-informed land management decisions and NEPA analyses on rangelands in the sagebrush biome
Developing a toolkit for coproducing actionable science to support public land management
Annotated Bibliography of Scientific Research on Greater Sage-Grouse
Potential risks of vegetation treatments to introduce and increase invasive annual grasses in rangelands of Montana, North Dakota, and South Dakota—A science synthesis to inform National Environmental Policy Act analyses Potential risks of vegetation treatments to introduce and increase invasive annual grasses in rangelands of Montana, North Dakota, and South Dakota—A science synthesis to inform National Environmental Policy Act analyses
Effects of nonmotorized recreation on ungulates in the western United States—A science synthesis to inform National Environmental Policy Act analyses Effects of nonmotorized recreation on ungulates in the western United States—A science synthesis to inform National Environmental Policy Act analyses
Effects of noise from oil and gas development on raptors and songbirds—A science synthesis to inform National Environmental Policy Act analyses Effects of noise from oil and gas development on raptors and songbirds—A science synthesis to inform National Environmental Policy Act analyses
Structured science syntheses to inform decision making on Federal public lands Structured science syntheses to inform decision making on Federal public lands
Effects of culverts on habitat connectivity in streams—A science synthesis to inform National Environmental Policy Act analyses Effects of culverts on habitat connectivity in streams—A science synthesis to inform National Environmental Policy Act analyses
Effects of noise from oil and gas development on ungulates and small mammals—A science synthesis to inform National Environmental Policy Act analyses Effects of noise from oil and gas development on ungulates and small mammals—A science synthesis to inform National Environmental Policy Act analyses
Science information is fundamental to understanding how proposed actions on public lands may impact the environment. However, agencies often have limited time to compile and synthesize existing science. We are working with land management agencies to develop and explore the usability of a new type of science product—structured science syntheses—for facilitating the use of science information in public lands decisions.
Structured Science Syntheses
Structured science syntheses are peer-reviewed, published reports, coproduced with resource managers, that synthesize science information about a priority management issue on public lands. Read more about them in our fact sheet.
Published Structured Science Syntheses
Effects of noise from oil and gas development on ungulates and small mammals
Effects of culverts on habitat connectivity in streams
Effects of noise from oil and gas development on songbirds and raptors
Effects of Nonmotorized Recreation on Ungulates in the Western United States
Potential Risks of Vegetation Treatments on Invasive Annual Grasses in Rangelands of Montana and the Dakotas
The process for developing structured science syntheses
In this project, we are compiling a menu of best practices and considerations for creating science syntheses for public land managers, based on our experience developing structured science syntheses. Each structured science synthesis is coproduced by researchers and resource managers. Our initial set of published syntheses were coauthored by staff from the USGS, Bureau of Land Management (BLM), and U.S. Fish and Wildlife Service (FWS). In addition, throughout the writing process, we worked to gather feedback from BLM resource managers at headquarters, state, and field office levels.
After they are published, we share syntheses using a variety of outlets, such as staff meetings and webinars for BLM programs, internal and public news releases, conference presentations, and internal information hubs, such as the BLM Science in Practice Portal.
Tailored for a resource management audience
Synthesis topics address the combination of a proposed action and potentially affected resource. In our initial syntheses, we worked with key BLM program staff to select and scope priority topics for the BLM. Syntheses typically incorporate four types of science relevant to NEPA analyses: data about resources and the proposed action, scientific studies about potential effects of the proposed action on resources, analysis methods for quantifying potential effects, and approaches to mitigating or avoiding adverse impacts. This information is organized (that is, “structured”) according to a decision or analysis process, such as the steps in NEPA analysis.
Potential benefits to land management agencies
Structured science syntheses package science information in a new way, with the intention of helping to bridge the research-management gap in the context of federal public lands management (Carter and others, 2020). By creating a library of structured science syntheses, we hope to provide the BLM and other land management agencies with tailored, practical science products that can directly inform their decision making, including National Environmental Policy Act (NEPA) analyses.
Developing example applications of structured science syntheses
This project will support creation of example, on-the-ground applications of the information in syntheses to decision making. The example applications would be published and linked to the structured science syntheses. Example applications may be hypothetical examples of NEPA and other environmental analyses, or they might be broader such as development and prioritization of restoration actions.
Assessing the usability of existing literature reviews for natural resource managers
We conducted a study to assess to what extent existing literature reviews related to natural resource conservation and management in academic journals contained attributes that may enhance their relevance, credibility, and ease of use for natural resource managers. We also assessed the relationship between how reviews were developed and what types of management-relevant information they contained. This study identified potential opportunities to improve the usability of literature reviews for resource managers through small changes to the practice of writing literature reviews.
Identifying what makes science syntheses usable for public land managers
We are conducting a study to gather information from BLM staff about characteristics of science syntheses that may make them more useful for and more likely to be used in decision making. Our objectives are to 1) characterize use of science syntheses in decision making in the BLM, and 2) identify factors that may affect the usability of science syntheses for resource managers in the BLM. Through this study, we aim to help authors of science syntheses understand ways to improve the usability of a synthesis product for public land managers.
Interagency Science-Management Partnership
The USGS, BLM, and FWS are working together to coproduce this project to create practical, actionable science that informs planning and management decisions on public lands (see BLM’s Coproduction Toolkit for more information on coproduction).