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The ecosystems present a great diversity worldwide and use various functionalities according to ecologic regions. In this new context of variability and climatic changes, these ecosystems undergo notable modifications amplified by domestic uses of which it was subjected to. Indeed the ecosystems render diverse services to humanity from their composition and structure but the tolerable levels are unknown. The preservation of these ecosystemic services needs a clear understanding of their complexity. The role of research is not only to characterise the ecosystems but also to clearly define the tolerable usage levels. Their characterisation proves to be important not only for the local populations that use it but also for the conservation of biodiversity. Hence, the measurement, management and protection of ecosystems need innovative and diverse methods. For all these reasons, the aim of this book is to bring out a general view on the function of ecosystems, modelling, sampling strategies, invading species, the response of organisms to modifications, the carbon dynamics, the mathematical models and theories that can be applied in diverse conditions.
Ecological forecasting. --- Ecological forecasts --- Ecology --- Forecasting --- Biodiversity
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Ecological forecasting --- Paleoecology --- Climatic changes --- United States
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Wetland ecology --- Wetland restoration --- Ecological forecasting
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Wetland ecology --- Wetland restoration --- Ecological forecasting
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"Policy makers, natural resource managers, regulators, and the public often call on scientists to estimate the potential ecological changes caused by both natural and human-induced stresses, and to determine how those changes will impact people and the environment. To develop forecasts of ecological changes we need to: 1) increase to understanding of ecosystem composition, structure and functioning, 2) expand ecosystem monitoring and apply advanced scientific information to make these complex data widely available, and 3) develop and improve forecast and interpretative tools that use the scientific bases to assess the results of management and science policy actions."
Ecological forecasting --- Ecosystem management --- Biotic communities --- Marine ecology --- Forecasting.
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"Policy makers, natural resource managers, regulators, and the public often call on scientists to estimate the potential ecological changes caused by both natural and human-induced stresses, and to determine how those changes will impact people and the environment. To develop forecasts of ecological changes we need to: 1) increase to understanding of ecosystem composition, structure and functioning, 2) expand ecosystem monitoring and apply advanced scientific information to make these complex data widely available, and 3) develop and improve forecast and interpretative tools that use the scientific bases to assess the results of management and science policy actions."
Ecological forecasting --- Ecosystem management --- Biotic communities --- Marine ecology --- Forecasting.
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Ecological forecasting --- Ecosystem health --- Environmental sciences --- Natural resources --- Ecosystem management --- Environmental monitoring --- Management.
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Ecological forecasting --- Sea level --- Coast changes --- Barrier island ecology --- Geophysical prediction --- Mathematical models.
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Ecological forecasting --- Ecosystem health --- Environmental sciences --- Natural resources --- Ecosystem management --- Environmental monitoring --- Management.
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