This text investigates the multifaceted impacts of climate change on freshwater ecosystems, analyzing past, present, and future scenarios. The book synthesizes evidence from diverse scientific methods, including palaeolimnology, time-series analysis, and experimental studies, to explore the interplay between climate change and other environmental stressors like habitat modification, pollution, and toxic substances. It examines these interactions across various temporal scales, from extreme events and seasonal shifts to decadal trends, and considers ecosystem recovery and mitigation strategies. Furthermore, the work highlights the utility of hydrophysical, hydrochemical, and ecological indicators for early climate change detection in aquatic environments and discusses the implications for catchment-scale management.

This book is positioned as an ideal resource for the scientific research community, offering a comprehensive examination of climate change's effects on freshwater ecosystems. Its detailed analysis and integration of various scientific methodologies suggest a text of significant depth and technical rigor. The inclusion of management implications indicates a practical focus alongside its scientific scope, making it relevant for both researchers and advanced students seeking to understand and address these critical environmental challenges.