; (ii) the condition of such habitats including whether a habitat is degraded, drained, eutrophic, or tidally restricted; (iii) type of public or private ownership and any protected status; (iv) the size of the ecosystem; (v) the salinity boundaries of the ecosystem; (vi) the tidal boundaries of the ecosystem; (vii) an assessment of carbon sequestration potential, methane production, and net greenhouse gas effects of the ecosystem, including consideration of— (I) quantification; (II) verifiability; (III) additionality, as compared to a historical baseline; and (IV) permanence of those benefits; (viii) an assessment of the ecosystem co-benefits, such as fish habitat for commercial, recreational, and Tribal fisheries, flood risk reduction, wave stress, storm protection, shoreline stabilization, public access, water and air pollution filtration, contributions to traditional and cultural practices, and recreational use and benefits of the ecosystem; (ix) the potential for landward migration of each ecosystem as a result of sea level rise; (x) any upstream restrictions detrimental to the watershed process and conditions, including dams, dikes, and levees; (xi) any upstream pollution sources that threaten the health of each ecosystem; (xii) proximity to aquaculture uses or lease areas; and (xiii) a depiction of the effects of human stressors, including the conversion of coastal blue carbon ecosystems to other land uses and the cause of such conversion; and (B) a depiction of the effects of climate change, including sea level rise, ocean acidification, ocean warming, and other environmental stressors on the sequestration rate, carbon storage, and potential of coastal blue carbon ecosystems