journal of sustainable rural development

journal of sustainable rural development

Water Resource Crisis and Sustainable Rural Livelihoods: Planning at the Watershed Scale

Document Type : Research Paper

Author
Associate Professor, Department of Human Geography and Planning, University of Tehran, Tehran, Iran
Abstract
Purpose: The analysis of the current spatial organization of the country and its past trends reveals an unfavorable and concerning picture of population distribution and activities across the land. The unchecked continuation of this trend will exacerbate its adverse effects, leading to an intensified water resource crisis and suboptimal utilization of the land's potential and capabilities. The reality is that watersheds should serve as a foundation for national macro-planning, such as the formulation of vision documents, five-year development plans, and central decision-making processes. Each watershed has a specific capacity, and exceeding this capacity leads to the degradation of resources and the loss of the ecosystem's ability to recover. Disregarding this principle is one of the primary drivers of the formation, persistence, and deepening of the water crisis in the country, and it has also fueled regional and interprovincial disputes. Undoubtedly, rural areas in Iran play a crucial role in either preserving or depleting the ecological capacity of watersheds.
Methods: This study utilized a meta-analysis approach to analyze the content of rural sustainable livelihood plans in Iran. Subsequently, by examining successful foreign resources and experiences, sustainable livelihood indicators that could be assessed at the national level were implemented and measured.
Results: The findings of this study indicate that the primary livelihood strategies of villages in the six major watersheds of the country—namely, the Caspian Sea watershed, Lake Urmia watershed, Qara Qum watershed, Eastern Border watershed, Central Plateau watershed, and finally, the Persian Gulf and Oman Sea watershed—can be divided into two main groups: a) livelihood diversification and alternative livelihoods and b) sustainable agriculture.
Conclusion: Based on this analysis, and considering the status of livelihood assets in different watersheds and the widespread water crisis in these areas, a combination of the following models has been proposed, adapted to the conditions of each watershed: The mountainous village livelihood model, desert village livelihood model, northern coastal villages, southern coastal villages, small and remote settlements, peri-urban villages, border villages, tourism-targeted villages, low-water agriculture with an emphasis on food security, utilization of indigenous knowledge and lived experiences of rural residents, leveraging the capabilities of rural women, rural home-based businesses, and branding-based models.
Keywords

Asha, A.A. & Madzivhandila, T.S. 2016. Local response to the impacts of climate change in South Africa: insights from local government integrated development planning. Journal of Public Administration, 51(1):154-164.
Fieldsend, A.F. & Kerekes, K. 2015. Contrasting prospects for new sources of rural employment in two regions of the European Union. Rural Development, 8:7- 21.
Guppy L. & Anderson K., (2017). Water Crisis Report. United Nations University Institute for Water, Environment and Health, Hamilton, Canada.
International Labour Organisation (ILO), 2008. Employment and Labour Market Implications of Climate Change. Geneva: International Labour Organisation.
Kishare, S. (1997), Rural Non-Farm activities in Specific Regions, of Orissa, Journal of Rural Development, Vol,16, No,3.
Madzivhandila, T.S. & Niyimbanira, F. 2016. Politics of climate change: why should Africa mitigate? International Journal of Social Sciences and Humanity Studies, 8(2):92-105.
Motiei Langroodi, Hassan., Ghadiri Masoom, Mojtaba., Rezvani, Mohammad Reza., Nazari, Abdolhamid., Sahneh, Bahman (2011) The Effect of Migrants Returning to Villages on Improving Residents’ Livelihoods (Case Study: Aq Qala County). Human Geography, 78: 67-83.
Olsen, L. 2008. The Employment Effects of Climate Change and Climate Change Responses: A Role for International Labour Standards? Geneva: International Labour Organisation.
Plessis A., (2017). Freshwater Challenges of South Africa and its Upper Vaal River: Current State and Outlook (Springer Water). Springer, Cham, Switzerland.
Rahoor Consulting Engineers (2006), Strategies and Policies for Rural Development in the Villages of Markazi Province. Arak: Agricultural Jihad Organization of Markazi Province
Ramazanzadeh, Mehdi, Hesam, Mehdi (2012), Familiarizing Village Councils with Targeted Subsidies, Municipalities and Village Councils Organization, Khajeh Nasir al-Din Tusi Foundation.
Reardon, T., Stamoulis, K., Balisacan, A., Cruz, M.E., Berdegue, J., Banks, B., (1998), Rural nonfarm income in developing countries: importance and policy implications. In: The State of Food and Agriculture 1998. Food and Agriculture Organization of the United Nations.
Rezvani, Mohammad Reza (2011); Rural Development Planning in Iran, Qomes Publications, Tehran, Fourth Edition.
Singh S., Hassan S. M. T., Hassan M. & Bharti N., (2019). Urbanization and water insecurity in the Hindu Kush Himalaya: insights from Bangladesh, India, Nepal and Pakistan. Water Policy. DOI:10.2166/wp.2019.215.
Singh, S. (1993), Some aspects of rural non-farm sector development in developing countries. The Indian Journal of Labour Economics, 36(3): page 397.
Social Council of Iran (2015) National Social Capital Measurement Project.
Statistical Center of Iran (2011) General Population and Housing Census
Statistical Center of Iran (2014) General Agricultural Census
Statistical Center of Iran (2016) General Population and Housing Census
Taherkhani, Mehdi (2007), Application of TOPSIS Technique in Spatial Prioritization of Agricultural Processing Industries Establishment in Rural Areas, Quarterly of Economic Research, Year 6, Issue
UN, (2024). The Sustainable Development Goals Report 2024.
UNEP. (2011). Water Resources Management in Central Asia. United Nations Environment Programme.
WHO (2017). Safely Managed Drinking Water – Thematic Report on Drinking Water. World Health Organization, Geneva, Switzerland.