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The Blueprint 2020 Data Gallery is a website dedicated to the Blueprint 2020 spatial data. This website is located on the South Atlantic Blueprint Atlas. On this website, users can explore the Blueprint 2020 spatial data as well as the spatial data used to create Blueprint 2020. This website features an interactive mapping feature so that users who do not have access to desktop GIS can explore the spatial data.
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This indicator measures the condition of estuarine fish habitat along the Atlantic coast using metrics of water quality, marsh edges, seagrass and oyster reefs, fragmentation, human development, and more. Areas of excellent fish habitat are already in good condition and face few threats; restoration opportunity areas are doing well in some respects, but restoration projects could significantly improve them; degraded areas of opportunity face many challenges, and restoration projects are unlikely to increase available fish habitat unless particularly large in scope and scale. This indicator originates from the Atlantic Coast Fish Habitat Partnership’s fish habitat conservation area mapping and prioritization project.Reason...
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This indicator is an index of habitat suitability for four shorebird species (American oystercatcher, Wilson’s plover, least tern, piping plover) in the South Atlantic, based on observed abundance. It originates from data collected by waterbird biologists from the U.S. Fish and Wildlife Service and state wildlife agencies in Florida, Georgia, South Carolina and North Carolina.Reason for SelectionThe relative use of beach habitat by shorebird species for nesting, foraging, and breeding is an indicator of beach health and quality. Shorebird populations are highly responsive to threats like sea-level rise, changes in freshwater inflow, shoreline alteration and loss, human disturbances, and contaminants. In particular,...
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This .zip folder contains the primary spatial data, documentation, and code associated with Southeast Conservation Blueprint 2022.
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This layer depicts the subregions used to run Zonation in Base Blueprint 2022. We break down the Base Blueprint geography into subregions to reduce processing time and help with balancing weights across indicators in such a large and varied region.Input Data EPA Level IV Ecoregions shapefile with state boundaries (EPA L4), accessed 12-8-2021 HUC4 Watershed Boundary Dataset, accessed 12-8-2021 Marine Ecoregions Level III from the Commission for Environmental Cooperation North American Environmental Atlas, accessed 12-8-2021 2021 Census TIGER/Lines State boundary, accessed 12-8-2021 South Atlantic Blueprint 2021 Extent (used to limit the marine area)Mapping StepsFor more details on the mapping steps, code used to...
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This indicator measures the protected status or potential stress (i.e., shipping traffic, dredge disposal) of solid substrate and rocky outcroppings.Reason for SelectionHardbottom extent and condition is particularly important for a variety of marine species. Hardbottom provides an anchor for important seafloor habitat such as deepwater corals, plants, and sponges, supporting associated invertebrate and fish species. It is impacted by landscape scale stressors (e.g., water quality degradation, mining, dredging, and beach renourishment), can be monitored and modeled with existing information, and is widely used and understood by diverse partners.Input Data– The Nature Conservancy’s (TNC) South Atlantic Bight Marine...
Categories: Data; Types: ArcGIS REST Map Service, ArcGIS Service Definition, Downloadable, Map Service, OGC WFS Layer, OGC WMS Layer, OGC WMS Service; Tags: ANTHROPOGENIC/HUMAN INFLUENCED ECOSYSTEMS, ANTHROPOGENIC/HUMAN INFLUENCED ECOSYSTEMS, ANTHROPOGENIC/HUMAN INFLUENCED ECOSYSTEMS, BIOSPHERE, BIOSPHERE, All tags...
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The Blueprint 2020 Development Process is a final report that explains in detail how the Conservation Blueprint was created. It first provides an overview of the South Atlantic LCC and the Blueprint framework, then combines the metadata available on the Conservation Planning Atlas for all ecosystem maps, ecosystem indicators, ecosystem scores, corridors, and final Blueprint priorities. It is intended to serve as a comprehensive guide to the Blueprint objectives, data sources, and methodology that could enable an interested reader to reproduce the Blueprint independently.
Categories: Data; Types: Map Service, OGC WFS Layer, OGC WMS Layer, OGC WMS Service; Tags: ANTHROPOGENIC/HUMAN INFLUENCED ECOSYSTEMS, ANTHROPOGENIC/HUMAN INFLUENCED ECOSYSTEMS, ANTHROPOGENIC/HUMAN INFLUENCED ECOSYSTEMS, ANTHROPOGENIC/HUMAN INFLUENCED ECOSYSTEMS, BIOSPHERE, All tags...
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The specific objectives of this project are to a) assemble existing mussel, water quality, and landscape level (e.g., GIS) data bases; b) conduct expert interviews, targeted mussel surveys, and habitat assessments; c) develop an integrated model to predict species occupancy and to identify specific stream segments for conservation, restoration, and augmentation; and d) validate and refine the model for applicability to other species and geographic regions. Results of this project will be used to develop scientifically defensible estimates of the stream network needing conservation to support mussel recovery; identify specific factors limiting recovery of federally-listed mussels in a watershed manner; enable predictions...
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Project 1. Coordinated monitoring of fire impacts throughout the South AtlanticFunding from Wildland Fire Resilient Landscapes is supporting prescribed fire on land managed by a diversity of public and private organizations, many of which have established protocols for monitoring fire effects. Some only monitor vegetation, while others monitor additional impacts on species and ecological processes. Our team proposes to work with key partners to integrate data from existing monitoring and improve the coordination of future fire monitoring in the South Atlantic. Efforts will build off of existing cross-organizational efforts to coordinate fire impacts monitoring in pine ecosystems with a special emphasis on rapid,...
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Urban communities are increasingly shaping the conservation future of the South Atlantic. Major metropolitan areas present both direct threats, such as loss habitat and open space, and indirect threats, such as creating barriers to connectivity. As a result of both these direct and indirect threats, and their scale, metropolitan areas pose a challenge when thinking about corridors and connectivity, and many of the traditional approaches to green infrastructure and conservation are not adequate for urban areas. The Conservation Blueprint (Blueprint) is cross-boundary, cross-organization plan that prioritizes areas for shared conservation action in the South Atlantic. It is designed as a resource for conservation...
Categories: Data, Project; Types: Map Service, OGC WFS Layer, OGC WMS Layer, OGC WMS Service; Tags: 2016, 2017, 2018, ANTHROPOGENIC/HUMAN INFLUENCED ECOSYSTEMS, AQUATIC ECOSYSTEMS, All tags...
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The objective is to create a hydrologic foundation for detailed assessment of human and climate impacts on stream and river flows, including the impacts of hydrologic alterations on aquatic habitats. A specific application will be to support implementation of ELOHA, the Ecological Limits of Hydrologic Alteration, a scientific framework for determining environmental flow needs for all rivers and streams throughout a very large region. During Year 1, we will model pre-development (unaltered) daily flows for 1960-2006 for every enhanced national hydrography dataset (NHDPLUSPlus) catchment within the SALCC. We will also model current condition daily flows over the same time period for at least 6 watersheds using available...
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The Southeast Conservation Blueprint is the primary product of the Southeast Conservation Adaptation Strategy (SECAS). It is a living, spatial plan to achieve the SECAS vision of a connected network of lands and waters across the Southeast and Caribbean. The Blueprint is regularly updated to incorporate new data, partner input, and information about on-the-ground conditions.
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Climate and economic stressors are causing large numbers of people to emigrate from Puerto Rico and the U.S. Virgin Islands, even while new development continues. To provide a tool to help managers and policymakers make informed decisions about development and conservation, researchers for this Southeast CASC-supported project will co-produce a land change model that can simulate future scenarios of development, population change, and conservation in response to climate hazards. Puerto Rico and the U.S. Virgin Islands are experiencing high levels of out-migration caused by economic and climate stress, yet new homes continue to be built, often near areas of conservation concern. As climate change increases the risk...
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This indicator measures the percent of perennial forbs and perennial grass to evaluate grassland condition across the Great Plains. Grasslands in this area with a high percentage of perennials are less likely to be impacted by woody encroachment, less susceptible to non-native annual grasses, and more likely to support important plants, birds, and pollinators. This indicator originates from Rangeland Analysis Platform vegetation cover data. Reason for Selection The extensive grasslands of the Great Plains once stretched from Canada to Mexico, with a plant community dominated by native perennials and forbs. However, conversion to agriculture and other land uses have significantly reduced their extent, while overgrazing...
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This indicator depicts an area’s capacity to maintain species diversity and ecosystem function in the face of climate change. It measures two factors that influence resilience. The first, landscape diversity, reflects the number of microhabitats and climatic gradients created by topography, elevation, and hydrology. The second, local connectedness, reflects the degree of habitat fragmentation and strength of barriers to species movement. Highly resilient sites contain many different habitat niches that support biodiversity, and allow species to move freely through the landscape to find suitable microclimates as the climate changes. This indicator originates from The Nature Conservancy’s Resilient Land data. Reason...
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The Southeast Conservation Blueprint is a map of important areas for conservation and restoration across the Southeast and Caribbean. The Blueprint is the primary product of the Southeast Conservation Adaptation Strategy (SECAS). Through SECAS, diverse partners are working together to design and achieve a connected network of lands and waters that supports thriving fish and wildlife populations and improved quality of life for people.
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This indicator identifies areas with existing pine trees that, if managed for open condition, could support a population of three umbrella bird species (brown-headed nuthatch, Bachman’s sparrow, red-cockaded woodpecker). It evaluates potential habitat based on each species’ habitat needs and population dynamics, prioritizing opportunities to restore and manage habitat to benefit open pine birds. Final scores reflect both the selectiveness of the species and whether an area meets the habitat requirements through one large patch, or clusters of smaller patches in sufficiently close proximity for breeding pairs to disperse. This indicator updates the Lower Mississippi Valley Joint Venture’s open pine decision support...
map background search result map search result map Indicator: Potential Hardbottom Condition Improving the integration between the natural and built environment within the South Atlantic Conservation Blueprint Efficiently monitoring extent of fire and fire effects in the South Atlantic LCC Unified hydrologic model for assessing human and climate impacts on streamflows at multiple geographic scales Hierarchical landscape models for endemic unionid mussels: Building Strategic Habitat Conservation tools for mussel recovery in the South Atlantic Landscape Conservation Cooperative Assistance in model integration Blueprint 2020 Development Process Blueprint 2020 Data Gallery Southeast Conservation Blueprint 2020 South Atlantic/Base Blueprint Changelog Southeast Blueprint 2021 Development Process Southeast Blueprint 2022 Data Download Resilient Terrestrial Sites Base Blueprint Subregions Great Plains Perennial Grasslands West Costal Plain & Ouachitas Open Pine Birds Atlantic Estuarine Fish Habitat South Atlantic Beach Birds Southeast Conservation Blueprint 2023 Improving Land Change Models for Climate Adaptation, Urban Development, and Conservation Action Across the US Caribbean Improving Land Change Models for Climate Adaptation, Urban Development, and Conservation Action Across the US Caribbean Assistance in model integration Improving the integration between the natural and built environment within the South Atlantic Conservation Blueprint Efficiently monitoring extent of fire and fire effects in the South Atlantic LCC Unified hydrologic model for assessing human and climate impacts on streamflows at multiple geographic scales Hierarchical landscape models for endemic unionid mussels: Building Strategic Habitat Conservation tools for mussel recovery in the South Atlantic Landscape Conservation Cooperative Blueprint 2020 Development Process Blueprint 2020 Data Gallery Indicator: Potential Hardbottom Condition Southeast Blueprint 2021 Development Process Resilient Terrestrial Sites Base Blueprint Subregions Great Plains Perennial Grasslands West Costal Plain & Ouachitas Open Pine Birds Atlantic Estuarine Fish Habitat South Atlantic Beach Birds South Atlantic/Base Blueprint Changelog Southeast Conservation Blueprint 2020 Southeast Blueprint 2022 Data Download Southeast Conservation Blueprint 2023