Impact of climate change on the hydrology of cryohydrological regions: a systematic review
DOI:
https://doi.org/10.69821/JoSME.v1iI.1Keywords:
climate change, hydrology, climate models, community perceptions, cryohydrological regionsAbstract
Cryohydrological regions (CRs), characterized by their presence of ice and snow, face increasing challenges due to climate change. This study addresses the complex interaction between climate change and hydrology in these crucial areas. Objective: analyze trends, knowledge gaps and future research directions. Methodology: the methodology was qualitative, since it involves a systematic review of the scientific literature, identifying patterns and challenges. Development: the results reveal significant trends in the influence of climate change on CR, highlighting the importance of understanding the perceptions and adaptive capacities of communities. Knowledge gaps were identified in assessing the accuracy of climate models and the need to thoroughly characterize the effects of greenhouse gas emissions. Conclusion: the methodologies used, from global climate models to soil assessment tools, offer valuable insights, but face challenges such as uncertainty and systematic biases.
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