Climate Change Mitigation and Adaptation for Natural Resource Management

Abstract

This paper highlights the crucial implications of climate change as a global concern, emphasizing its serious repercussions for biodiversity, natural resource management and ecosystems. The primary factors for climate change are thought to be human-induced activities, specifically the emission of greenhouse gases, which leads to temperature change, different patterns of precipitation, and an increase in extreme weather events. Climate change is addressed through two key strategies: mitigation (reducing emissions) and adaptation (enhancing resilience to impacts). One aspect of mitigation is lowering release of greenhouse gases, whereas focusing on raising resilience to cope with inevitable impacts. Natural resource management, including fisheries, forestry, agriculture, water and biodiversity conservation is important to address the issue of climate change covered in the following discussion. Aim: The aim of this paper is to examine the role of mitigation and adaptation in minimizing climate change impacts on natural resources. Methodology: This study adopted qualitative literature review with two illustrative case studies to understand and analyze natural resource management. Results: This study summarizes the best practices for mitigation (e.g. carbon sequestration through reforestation, energy efficiency in construction) and adaptation (e.g. salt-tolerant crops, rainwater harvesting, resilient infrastructure). The case studies demonstrate practical applications: in the Sundarbans, community initiatives (salt-resistant rice varieties, water storage, mangrove planting, solar lighting) have improved agricultural resilience; in India’s cement industry, energy-saving innovations and alternative fuels have significantly reduced CO₂ emissions. These examples illustrate how integrating local knowledge and sustainable technology can reduce vulnerability and emissions simultaneously. Importance of the study: The findings underscore the importance of integrated strategies which can combine ecosystem restoration, resource-efficient practices, and stakeholder collaboration to enhance long-term resource sustainability under climate change.