Mitigating the Economic and Social Effects of Drought in Kamloops

Authors

  • Brennen Lockwood Thompson Rivers University

DOI:

https://doi.org/10.29173/bcelnfe712

Keywords:

adaptation, drought, semi-arid climate, vulnerability, water restrictions

Abstract

Drought, defined as a prolonged period of below normal precipitation, which may result in a water shortage, poses significant environmental and socio-economic challenges. Located in the interior of British Columbia, the city of Kamloops is particularly susceptible to drought due to its semi-arid climate and increasing exposure to climate-induced temperature variability. These conditions place considerable strain on the region’s water resources, ecosystems, and economic stability. By integrating primary data collected through a community survey, the study aims to evaluate the perceived effects of drought and corresponding water restrictions, identify key areas of vulnerability, and assess the viability of local adaptation strategies. As droughts become an increasingly persistent feature of the regional climate, evidence-based, community-oriented approaches will be essential to support long-term resilience and sustainable water management in Kamloops.

Author Biography

Brennen Lockwood, Thompson Rivers University

Brennen Lockwood is an undergraduate student studying Economics and Political Science at Thompson Rivers University. During his time at TRU, he has shown particular interest in the role local communities play in fostering international relations. Brennen has studied abroad in China and New Zealand and is committed to using these experiences to guide future decision-making. As he approaches graduation, he has ambitions of pursuing a career in law, where he believes many tangible differences can be made and the relationship between community and international law can be realised.

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Published

2025-11-06

How to Cite

Lockwood, B. (2025). Mitigating the Economic and Social Effects of Drought in Kamloops. Future Earth: A Student Journal on Sustainability and Environment, 1(1). https://doi.org/10.29173/bcelnfe712