Integrative Ecosystem Assessment For Marine Renewable Energy

Integrative Ecosystem Assessment For Marine Renewable Energy Welcome to noaa's integrated ecosystem assessment. national oceanic and atmospheric administration (noaa) integrated ecosystem assessments (iea) are an approach to ecosystem based management. this approach integrates all components of an ecosystem, including humans, into the decision making process so that managers can balance trade offs and. An important component of an integrated ecosystem approach to marine management is an adequate assessment of the actual environmental status, describing the health of marine ecosystems in an integrative way (borja et al., 2013; tett et al., 2013). considering the spatial extent and complexity of marine ecosystems, a considerable amount of data.

Frontiers What Does Integrated Ecosystem Assessment Mean To Policy The uk and europe are taking advantage of widespread and convenient access to marine renewable energy resources (parsons and gruet, 2018). while de carbonisation of energy supply is a necessity, environmental impacts during this process must be limited to ensure sustainability of marine energy solutions (european commission, 2020; woolley, 2015). As an operational approach to ecosystem based management, integrated ecosystem assessment is a multi step process that permits the evaluation of cross sector trade offs (samhouri, et al., 2014; figure 3). approaches to including wind facility development into an integrated ecosystem assessment framework in the united states would benefit from. Revising methods to identify key habitats and environmental covariates within current regulatory frameworks will enable more robust and transferable eia and hra processes and outputs, and at larger scales for cumulative and strategic level assessments, enabling future modelling of ecosystem impacts from both climate change and renewable energy. Environmental impact assessment (eia) studies for offshore wind farm projects endeavour to consider the sensitivity of ecological compartments (benthos, fish, birds and marine mammals) to potential pressures changes occurring in the ecosystem structure and functioning.