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PRINCE.

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Abstract :

Tree planting has emerged as a widely promoted strategy for mitigating climate change, often portrayed as a natural solution for capturing atmospheric carbon dioxide. This research paper critically examines the extent to which afforestation and reforestation efforts contribute to combating climate change. Drawing on recent scientific findings, global carbon sequestration data, and satellite monitoring advancements, the study explores both the potential benefits and limitations of tree planting as a climate mitigation tool. While trees do absorb and store significant amounts of CO₂, the overall impact varies greatly depending on species selection, geographic location, biodiversity considerations, and the longevity of carbon storage. Moreover, the paper highlights ecological risks such as soil carbon loss, biodiversity disruption, and albedo changes that may counteract climate gains if tree planting is poorly planned. The research concludes that while planting trees can play a valuable role in climate action, it must be integrated with broader strategies including emissions reduction, forest protection, and ecosystem restoration to be truly effective. Strategic, science-based implementation is essential to ensure that reforestation efforts deliver genuine and lasting climate benefits.

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