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Nature\u2019s Network Conservation Design depicts an interconnected network of lands and waters that, if protected, will support a diversity of fish, wildlife, and natural resources that the people of the Northeast and Mid-Atlantic region depend upon. This map serves as the \u201ccover page\u201d for the Nature\u2019s Network (<\/SPAN>n<\/SPAN>aturesnetwork.org<\/SPAN><\/A>) suite of products: it outlines some of the most important natural areas in the region and provides an entry point to learn more about the information used to identify them. The Conservation Design represents a combination of three Nature\u2019s Network products: 1) the Terrestrial Core-connector Network, 2) aquatic core areas, and 3) Core Habitat for Imperiled Species.<\/SPAN><\/P> The <\/SPAN>Terrestrial Core-connector Network<\/SPAN><\/A> is made up of two components: 1) terrestrial and wetland core areas, and 2) connectors. <\/SPAN>Terrestrial and wetland core areas<\/SPAN>are intact, well-connected places that have the potential to support wildlife and plants that occur in terrestrial settings (such as upland forests) or in wetlands (such as marshes). These core areas contain important or unique features, including intact, resilient examples of every major ecosystem type in the Northeast and Mid-Atlantic. Core areas contain widespread ecosystems (such as hardwood forests), rare natural communities (such as bogs), and important habitat for a variety of fish, wildlife, and plants. By design, they encompass approximately 25% of the landscape of the region. Core areas are linked together by a network of <\/SPAN>connectors<\/SPAN>. If protected, the connectors will foster the movement of animals and plants between core areas and across the landscape into the future. An additional feature of the Terrestrial Core-connector Network is a separately derived network of <\/SPAN>Grassland Bird Core Areas<\/SPAN>, the top 10% of which are incorporated into Nature\u2019s Network Conservation Design. Find more information and additional datasets that augment or complement the Terrestrial Core-connector Network here: <\/SPAN>http://www.naturesnetwork.org/data-tools/terrestrial-and-wetland-core-networks/<\/SPAN><\/A>.<\/SPAN><\/P> Aquatic core areas<\/SPAN><\/A> are intact, well-connected stream reaches, lakes, and ponds in the Northeast and Mid-Atlantic region that, if protected as part of stream networks and watersheds, will support a broad diversity of aquatic species and the ecosystems on which they depend. They serve as the aquatic counterpart to terrestrial and wetland core areas. They feature intact, resilient examples of every major aquatic ecosystem in the region and also are designed to incorporate habitat for important species such as brook trout, American shad and Atlantic salmon. By design, aquatic core areas encompass approximately 30% of both the region\u2019s river and stream miles (lotic core areas) and the region\u2019s area of lakes and ponds (lentic core areas). Find more information and additional datasets that augment or complement the aquatic core areas here: <\/SPAN>http://www.naturesnetwork.org/data-tools/aquatic-core-networks/<\/SPAN><\/A><\/P> Core Habitat for Imperiled Species<\/SPAN><\/A> can be viewed as relatively intact areas that contain habitats likely to support high levels of imperiled terrestrial and aquatic species. This product represents a regional network of habitats critical for sustaining populations of imperiled species, based on over 600 Species of Greatest Conservation Need (SGCN). Core habitat for imperiled species is intended to complement aquatic core areas and terrestrial and wetland core areas by highlighting ecosystem (habitat) types where they are closely associated with high numbers of imperiled species. By design, core habitats encompass approximately the top 10% of the natural landscapes estimated to be intact and most important for sustaining imperiled species. Find more information and additional datasets that augment or complement Core Habitat for Imperiled Species here: <\/SPAN>http://www.naturesnetwork.org/data-tools/habitat/<\/SPAN><\/A><\/P> Intended Uses<\/SPAN><\/P> Nature\u2019s Network Conservation Design, and the broader suite of products and tools of which it is part, offer voluntary guidance to:<\/SPAN><\/P><\/LI> Protect the irreplaceable - identify the best places to start for strategic conservation: those which are intact and resilient places that encompass a diversity of lands and waters, and are important habitat for key species. These are the places we cannot afford to lose to ensure a sustainable future for human and natural communities in the Northeast.<\/SPAN><\/P><\/LI> Look ahead to make better decisions today - identify places with potential for resilience to future environmental changes.<\/SPAN><\/P><\/LI> Maximize limited resources - apply science-based guidance for identifying the highest conservation priorities in the region, which equips partners to use limited resources more effectively.<\/SPAN><\/P><\/LI> Reinforce local priorities with regional perspective - look at how local resources and conservation efforts fit into the bigger landscape picture, which can help boost priorities by demonstrating their significance on a regional scale.<\/SPAN><\/P><\/LI> Find opportunities to work together - conserving fish, wildlife and natural benefits in the face of increasing threats is beyond the scope of any single organization. Using these shared regional data, partners can look across political boundaries for opportunities to work together at scales that matter for people and wildlife.<\/SPAN><\/P><\/LI><\/UL> Nature\u2019s Network Conservation Design brings together three of a suite of products from Nature\u2019s Network, each of which is itself the integration of a set of foundational datasets. Thus, the Core Design is representative of the vision of Nature\u2019s Network, while simultaneously being a canvas on which to elaborate conservation plans by combining it with auxiliary products and other sources of information. Some additional products you may wish to explore are:<\/SPAN><\/P> The set of Road-bounded Natural Blocks, which are natural areas that surround and help support the integrity of terrestrial and wetland core areas, as well as providing practical units for protection.<\/SPAN><\/P><\/LI> Aquatic Buffers, which, together with the aquatic core areas, constitute the Aquatic Core Networks. These are upslope and upstream areas that have a strong influence on the integrity of the aquatic cores. <\/SPAN><\/P><\/LI> Habitat Condition for Imperiled Species, the more extensive dataset on which Core Habitats for Imperiled species is based. This product depicts the ecological condition of ecosystem types most important for imperiled species.<\/SPAN><\/P><\/LI> Resilient Coastal Sites, to identify zones where tidal marshes could move as sea level rises.<\/SPAN><\/P><\/LI> Regional Flow, Anthropogenic Resistance (Simplified Categories), to view patterns of landscape connectivity independent of terrestrial core areas. <\/SPAN><\/P><\/LI><\/UL> Description and Derivation<\/SPAN><\/P> Nature\u2019s Network Conservation Design is based on GIS analyses designed to assess the physical and biological value of resources across the Northeast and Mid-Atlantic, and to identify the most important places and connections for them. It is a combination of three Nature\u2019s Network products: 1) the terrestrial core-connector network, 2) aquatic core areas, and 3) core habitat for imperiled species. Detailed technical guides to complete versions of these products used in Nature\u2019s Network Conservation Design are available:<\/SPAN><\/P> The Terrestrial Core-connector Network: <\/SPAN>http://jamba.provost.ads.umass.edu/web/lcc/DSL_documentation_tCoreNet.pdf<\/SPAN><\/A><\/P> Aquatic Core Network: <\/SPAN>http://jamba.provost.ads.umass.edu/web/lcc/DSL_documentation_aCores.pdf<\/SPAN><\/A><\/P>