Knowra Forest ecology Forest ecology Forest ecology studies interactions among organisms and their physical environment in forests, including how forest ecosystems function, develop, and change.
Forest succession : The change in species composition and ecosystem structure over time following disturbance or habitat formation. Succession describes how forest communities develop and reorganize after disturbance.
Forest ecosystem : A forest community of organisms interacting with its physical environment as an ecological system. Forest ecology examines how this larger system functions and changes.
Forest management : The planning and practice of maintaining, using, or restoring forest resources and conditions. Ecological knowledge guides decisions about harvest, regeneration, and habitat.
Forest resilience : The capacity of a forest ecosystem to absorb disturbance and retain or recover its characteristic functions and structure. Resilience helps assess whether forests can withstand intensifying disturbances.
Plant ecology : The study of how plants interact with one another and with their environment. It focuses on plants, while forest ecology also treats whole forest communities and physical processes.
Forest carbon cycle : The movement and storage of carbon among forest organisms, soils, and the atmosphere. Carbon exchange links forest growth and decomposition to climate.
Ecological community : The populations of different species living and interacting in the same area. Forest ecology studies how these co-occurring species shape one another.
Forest restoration : The process of assisting the recovery of a degraded or damaged forest ecosystem. Restoration applies ecological principles to rebuild forest structure and function.
Climate change and forests : The effects of changing climate on forest ecosystems, and forests’ effects on climate. Warming and shifting rainfall alter growth, mortality, and species ranges.
Landscape ecology : The study of ecological patterns and processes across spatially heterogeneous landscapes. Its landscape-scale focus extends beyond interactions within forest ecosystems.
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