Browsing by Subject "Water management"
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Item Open Access An Analysis of Water Management Strategies in Drought Prone Areas(2018-04-26) Vogel, SarahThere is an old adage in the West: “whiskey is for drinking; water is for fighting”. In the American West, as well as locales all over the globe, water scarcity is a subject rife with conflicts and emotion. Human beings approach drought in reactionary ways. Rather than plan for the eventuality of drought, societies enact drought policy or regulations well into, and not before experiencing drought conditions. Researchers have predicted that more than half of humanity will live in water-stressed areas in the near future. Understanding the significant role drought plays in water management and the costs of reactionary decision making can help stakeholders create proactive approaches to water allocation. This paper seeks to understand how drought affects water management strategies; how regulation is affected by drought conditions; how local agencies and state authorities interact to manage water resources in California; and how California water management compares to water management strategies employed in other drought prone areas of the globe.Item Open Access ChangeALife Uganda: Migyera Community Water Project(2015-04-24) Kendall, Liz; Oggeri, Francis; Potter, AlayneIn many parts of the developing world, poor water quality and water scarcity affect human health and their economic and social well-being. Although much progress has been made towards increasing access to improved water supplies on a global level, there is a significant disparity between those living in urban and rural settings (UNICEF 2012). Following this trend, in the country of Uganda 85% of the total population of 34 million lives in rural areas. Of those rural Ugandan households, 70% have access to an improved water supply (UNICEF 2012). Partnering with ChangeALife Uganda (CALU), a local Ugandan non-profit organization, this project evaluates the water supply in the rural village of Migyera while taking into account the multitude of compounding factors, such as seasonal fluctuations in rainfall and diversity of water sources. CALU’s interest in water stems from its mission to provide education and health care, improving the livelihoods of children who are the most susceptible to water borne illnesses. The project seeks to evaluate current, local perceptions of quality, access, distribution, and use of water resources in Migyera Town Council, Uganda in order to provide recommendations to the client. Primary research comprised of three key data collection areas 1) household surveys, 2) water quality testing, and 3) geospatial analysis, was used to examine overarching questions on water management and sanitation and health of the community. This project provides recommendations to the client on these questions, including educational measures, water treatment and storage strategies, and an overview of the influence of groundwater chemical concentration on long-term health. The first section of the report introduces the project site with a discussion of the importance of access to clean water to community health and livelihoods. Our site, located 140 kilometers north of Kampala, Uganda’s capital, is the Migyera Town Council. Located in Central Uganda, nicknamed the “Cattle Corridor”, the villages that comprise the Migyera Town Council are rural communities and like a majority of the country’s rural population, rely heavily on groundwater. Over time, the unique qualities of the regional environment, the bimodal annual precipitation cycle, and the unique bedrock that covers 90 percent of the country, including our study area, have contributed to the creation of this fractured aquifer system. These fractured aquifers provide one of the major sources of potable drinking water in the area; however, their complex structures also contribute to an already challenging resource management situation. The second section of the report details the methods used, both in the field and at Duke University. The specifics about the project’s data collection techniques included are the creation and implementation of the survey, collection and processing of bacteriological and chemical water samples, and compiling geospatial data. The third and fourth sections of the thesis consist of the analysis, results, and recommendations based on our three driving questions. (1) What are all the accessible water sources in Migyera Town Council and what are their contamination levels? Groundwater sampling of 10 local boreholes found arsenic levels (0.0257 ppm) that exceeded the WHO and Uganda drinking water standards (0.01 ppm). Fluoride, the other main constituent of concern, was detected at levels above the WHO (1.5 ppm) and Ugandan (1 ppm) drinking water quality standards in one borehole (3.309 ppm). Bacterial contamination was found to be an issue in the household water samples. Total fecal coliform counts exceeded the WHO standard of 0 per 100ml for 87% of the study households. Some households have concentrations of up to 10,000 fecal coliform units per 100ml of water. (2) How do households collect, store, and treat their water supply? Collection from sources varies with the seasons. During the dry season boreholes are the primary drinking water source followed by water collected from reservoirs. During the wet season rainwater becomes the dominant drinking water source. This change in source also affects how far people have to travel to collect their water, 24% of survey respondents had to travel less than 1km during the dry season to collect water, while in the wet season that shifts to 47% of respondents. We also found the majority of water collectors were males (60% of respondents) or individuals within the 18-33 year old age bracket (62.5% of respondents) while only 40% of women and 18.8% of people under the age of 18 were responsible for collecting water. Of particular importance was how water is stored and treated in the home prior to use. 78% of households reported that they store their water for more than a day, but only 54% of those who store water keep their storage container sealed. Unsealed storage containers allow for the possibility of contamination, essentially rendering the benefit of collecting from an improved source useless. Treatment methods vary depending on the water source that was used. Approximately 30% of households surveyed do not treat their drinking water during the dry season, of those only 22% of households are getting their water from reservoirs, the only reported surface water source. During the dry season the percentage of people getting their main drinking water supply from unimproved sources shifts to 28%, up from 8% in the wet season. 3) What measures can be implemented to ensure the community’s access to a sufficient supply of potable water? - Water storage methods including cleaning and covering containers should be addressed. - Treatment for microbial contaminants is most easily done through boiling water at a rolling boil, approximately 100°C, most bacteria will be rendered inactive after five minutes of boiling. - Any water collected at the reservoirs or any other surface water sources should be filtered, preferably though a multi-stage filter, before any treatment. - Properly encasing bores to a reasonable depth and sealing the bore heads to prevent contamination from surface water. - Assist in educational campaigns on the following: water treatment, particularly adequate boiling practices; proper water storage methods; and sanitation programming. - Transparent and open communication with the Migyera Town Council. - The CALU well should be monitored closely to check that the fluoride content does not surpass recommended standards. - Community workshops on installing and properly maintaining the rainwater collection systems. - A groundwater management plan determining the recharge rate of the surrounding area, continued chemical & bacterial monitoring, and it would be advisable to collect additional information on the ground water to mitigate water stress during the dry season.Item Open Access Water Risk Assessment & Strategy for Lenovo Group Ltd.(2020-04-24) Lee, Dennis; Raby Amadori, FelipeClean and reliable water sources are vital for industries and communities; however, water resources are predicted to become more stressed in the coming decades. It is important for private sector organizations, such as Lenovo, to understand their water risk and pursue sustainable water practices. This study assesses the water risks and current management practices in Lenovo’s operations. We confirm that Lenovo’s facilities are exposed to water risks; in particular, flood and drought occurrences are projected to increase due to climate change. Analysis of Lenovo’s CDP Water Security responses show that improvement in disclosure and management practices can increase water stewardship. Additionally, Lenovo’s water stewardship will improve with better monitoring, board oversight, estimating financial impacts from water-related issues, and developing a water policy.Item Open Access When the Canals Run Dry: New Institutions and the Collective Governance of Irrigation Systems in Tajikistan(2018) Hannah, CorrieI present a study of how water users, namely farmers, choose to participate in new institutions for irrigation governance and how these new institutions contribute to irrigation infrastructure conditions. Institutions are the sets of working rules or rules in use for manage natural resources. In the process of decentralizing irrigation management since the late 1990’s, the government of Tajikistan has created over 400 formal Water User Associations (WUAs). WUAs are non-governmental organizations, which aim to increase the participation of local water users in the management of irrigation systems. Despite significant governmental and international organization efforts to establish new WUA institutions, the degree to which water users participate in and adopt WUA institutions in Tajikistan in new WUAs remains uncertain. I explore the following research questions in this dissertation: 1) How do water users participate in new WUA institutions in Tajikistan? 2) How do new WUA institutions in Tajikistan affect irrigation infrastructure conditions? 3) How do the contextual features of a locale affect the adoption of new WUA institutions in Tajikistan?
I used a combination of qualitative and quantitative methods and theories of institutional change from the literature on governing common pool resources, as well as the disciplines of sociology, political science, and evolutionary economic geography. I collected data in Tajikistan in 2015-2016. Qualitative data consist of field observations and water user focus groups in four WUAs in southwestern Tajikistan, and semi-structured and narrative interviews with key actors involved in the development of new WUA institutions across three 100-kilometer rural-urban study sites in Tajikistan. Quantitative data include structured interviews with 159 WUA conducted in the same three rural-urban study sites.
First, I examined how four preconditions for self-organization (trust and reciprocity, common understanding, water user and WUA autonomy, and prior organizational experience) drive water user participation in irrigation infrastructure maintenance activities. I conducted a qualitative comparative case study of four WUAs using data from my field observations, focus groups, and semi-structured interviews. The four WUA case studies were selected based on water availability and estimated levels of trust among water users that were obtained from structured interviews. Results showed that the preconditions for self-organization were positively associated with farmer and WUA contributions to irrigation infrastructure maintenance activities. However, water user participation in maintenance activities was not associated with better irrigation infrastructure conditions.
Second, I investigated how new WUA institutions predicted the participation of water users in irrigation governance and irrigation infrastructure conditions. Using the Institutional Development and Analysis (IAD) framework to pose my hypotheses, I examined how collective choice arrangements, monitoring, and sanctions affected water user rule compliance, water user participation in maintenance activities, and irrigation infrastructure conditions. I performed ordered logistic regression analyses on data from structured interviews with 159 WUA leaders. Results revealed that collective choice arrangements, rather than monitoring and sanctions, positively predicted water user compliance of WUA rules. Water user compliance of WUA rules, rather than water user participation in maintenance activities, was positively associated with irrigation infrastructure conditions. Implications of the findings suggested that collective choice arrangements and rule compliance play a critical role in facilitating irrigation infrastructure conditions, yet monitoring and sanctioning rules have not been fully established in new, yet evolving WUA institutions in Tajikistan.
Finally, I studied how the contextual features of a locale affect water user adoption of new WUA institutions. I hypothesized that water users are more likely to adopt WUA institutions when WUA service areas are located close to urban centers, have greater frequencies of interactions with state officials, and have a limited history of irrigation practices. Using data from 159 structured interviews with WUA leaders, results from ordinal logistic regression analyses illustrated that WUA adoption was associated with endogenous variables that affect water users’ choice to adopt WUA institutions, such as WUA service areas’ distance to urban centers and the dependence on food production as a means of supporting livelihoods. In addition, WUA adoption was also associated with exogenous variables, such as the frequency of government officials’ visits to the locales where the WUA service areas were located, as well as household consumption of food products from beyond WUA service areas. I conducted a narrative analysis based on narrative interviews to corroborate these findings.
Broader implications of my dissertation revealed that water user adoption of new WUA institutions was contingent on local contexts and levels of trust, reciprocity, and common understanding amongst all actors in Tajikistan’s irrigation sector. Water user and WUA autonomy were important for sustaining WUA institutions beyond the initial WUA formations. Yet, some level of financial and technical contributions from the government of Tajikistan and international organization were necessary for maintaining larger irrigation infrastructure, especially since the scales of infrastructures that water users inherited from the Soviet Union did not match smaller scale WUA irrigation infrastructure maintenance efforts. Finally, existing institutional frameworks and literatures for studying common pool resources did not sufficiently capture the characteristics and evolution of new institutions (i.e., institutions as young as one to thirty years), especially since most common pool resource studies have focused on characterizing long-enduring institutions (i.e., institutions greater than 100 years). I highlighted some key features of new institutions for natural resource systems: 1) a certain amount of time for learning and adaptation is necessary for formal rules to promote normative behaviors among resource users (i.e., monitoring and sanctioning rules); 2) credible commitments and communication foster trust in and common understanding of new institutions for resource governance; 3) in the early stages of developing and implementing new institutions, resource user autonomy and participation contribute to the ongoing use of those institutions; and 4) geographic, historical, and social contexts can influence resource users’ considerations and incentives regarding whether new institutions are worth pursuing. In my concluding chapter, I emphasized the need for further study of the characteristics and evolution of new institutions for natural resource governance beyond current frameworks of well established, long enduring institutions.