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Micro-Hydro Design Manual - Adam Harvey - Bog - Practical Action Publishing - Plusbog.dk

China?s Hydro-politics in the Mekong - Sebastian Biba - Bog - Taylor & Francis Ltd - Plusbog.dk

China?s Hydro-politics in the Mekong - Sebastian Biba - Bog - Taylor & Francis Ltd - Plusbog.dk

China’s Hydro-politics in the Mekong explores the intricate processes of conflict and cooperation over the use of water resources in the Mekong river basin between upstream China and the downstream countries of Laos, Thailand, Cambodia, and Vietnam. The book tackles two gaps in the empirical literature: first, the neglect of international hydro-politics as one specific and increasingly important issue area of China’s foreign policy behavior, especially its neighborhood diplomacy; and second, the disregard of China’s role in Mekong River politics. In particular, this book scrutinizes the ‘spring 2010 Mekong crisis’ and the events surrounding it which led to a series of complex multi-level, security-related interactions among various state and non-state actors in the region, with China at the center. Analyzing this crisis, the book not only employs securitization theory as its theoretical framework and adds a couple of innovations to this theory, but also gives a detailed account of China’s hydro-political behavior in one specific and particularly revealing case study. Moreover, the book embeds China’s Mekong hydro-politics in the bigger picture of its (sub-)regional international affairs, as the former does not take place in a vacuum, but rather is a part of China’s overall foreign relations with its neighbors. The book acknowledges this link and provides new insights into the role of hydro-politics and its relationship vis-à-vis other issue areas of China’s foreign policy.

DKK 459.00
1

Conflict Resolution of the Boruca Hydro-Energy Project - Warren R. Haffar - Bog - Continuum Publishing Corporation - Plusbog.dk

Conflict Resolution of the Boruca Hydro-Energy Project - Warren R. Haffar - Bog - Continuum Publishing Corporation - Plusbog.dk

Conflict Resolution of the Boruca Hydro-Energy Project is a case study that aims to profile best practices for sustainable development, indigenous human rights, and conflict resolution. In 2003, a joint project was developed between the United Nations University of Peace and the International Peace and Conflict Resolution program at Arcadia University to study the Boruca hydroelectrical conflict in Costa Rica. The aim was to bring together theory and practice and to reveal the link between peace and conflict resolution and sustainable development. Through partnerships with the Kan Tan Ecological Project and the indigenous communities in the region, and field studies to the Inter-American Court of Human Rights and local Civil Society Organizations, faculty and students utilized the mediation framework to identify the needs and interests of the primary conflict stakeholders. Conflict Resolution of the Boruca Hydro-Energy Project represents the culmination of this fieldwork and tests the mediation framework as suitable model for the resolution of environmental conflicts in Latin America. The Boruca project, proposed in the 1970s by the state-run corporation Instituto Costarricense De Electridad (ICE), will build a dam in the Boruca Canyon, changing the flow of the Térraba River and creating an artificial lake of 25.000 hectares. The largest of its kind in Central America, this project will generate approximately 1,500 megawatts and increase Costa Rica’s energy production capability by as much as 50%. For ICE, not only will the project satisfy national electrical demand, it will also stimulate economic growth, assist in the development of new technological corridors and new tourism projects, increase employment opportunities, and improve the quality of life for indigenous peoples living in Boruca area. For the indigenous population, however, the project represents a violation of their fundamental human rights since it will force the relocation of 2,000 to 3,000 indigenous peoples, flood areas of archeological and cultural significance to them, and affect their livelihood due to the resulting changes in the biodiversity. They also fear the social and environmental impacts of more tourism in the area. The increasingly dysfunctional communication between the Boruca people and ICE over the past 30 years has led to a breakdown of trust and a stalling of the project’s development. Conflict Resolution of the Boruca Hydro-Energy Project follows these conflicts and the process by which the government-owned utility tried to find common ground between all stakeholders. Ultimately, it tests the mediation framework as an appropriate approach to the resolution of development conflicts, exploring the transferability of this approach to other countries in Latin America. This case study provides unique insights into Latin American environmental and development politics and will be of interest to any student, faculty, or policymaker looking to assess the mediation framework.

DKK 435.00
1

Reading for Water - - Bog - Taylor & Francis Ltd - Plusbog.dk

Privileging Water in Lima, Mexico City, and New Orleans - Clare Cardinal Pett - Bog - Lexington Books - Plusbog.dk

Downstream Consequences of Ribb River Damming, Lake Tana Basin, Ethiopia - Chalachew Abebe Mulatu - Bog - Taylor & Francis Ltd - Plusbog.dk

Downstream Consequences of Ribb River Damming, Lake Tana Basin, Ethiopia - Chalachew Abebe Mulatu - Bog - Taylor & Francis Ltd - Plusbog.dk

This study assessed the downstream river system adaptation in response to upstream damming on the Ribb River, Ethiopia, to irrigate 15,000 ha. It combined primary and secondary data, and the application of remote sensing and mathematical modeling. The pre-dam morphodynamic trends of the Ribb River were analyzed for 59 years based on aerial photographs, satellite images, and newly collected field data. Three dam operation scenarios were developed to analyze the long-term hydro-morphological effects of the dam on the downstream river reaches. It also assessed the applicability of physics-based analytical equations (Equilibrium Theory) compared to a 1D numerical model (SOBEK-RE) to determine the least-morphologically impactful dam operation scenario on the river reaches downstream of the dam. Moreover, a HEC-RAS 2D hydrodynamic model was developed to assess the effect of the dam on the flooding extent of the Fogera Plain. This was used to study the potential implications of hydrological alteration on the ecology of the floodplain wetlands, as they are the habitats of important fish and bird species. The results contribute to knowledge on the hydro-morphological and environmental impacts of dams on downstream river systems. The developed methodologies and findings may be used to study future hydro-morphological and ecological changes that may arise due to other dam operations or climate change.

DKK 731.00
1

Water Tower of the Yellow River in a Changing Climate - Yurong Hu - Bog - Taylor & Francis Ltd - Plusbog.dk

Water Tower of the Yellow River in a Changing Climate - Yurong Hu - Bog - Taylor & Francis Ltd - Plusbog.dk

Mountains are water towers of our world, but their role in global water resources may be altered due to changing climate. This book provides an integrated assessment of the spatial and temporal variability of both recent and future climate change impacts in the Yellow River source region (YRSR) with specific focus on extremes. The book is structured across four different topics from detecting contemporary hydro-climatic changes, comparing three different statistical downscaling methods, assessing elevation dependency of expected changes in temperature, and projecting future climate-induced hydrologic changes in the YRSR. The detection of historical hydro-climatic changes in recent decades indicates that climate change may already be happening and may pose a serious threat to water availability in this region. However, an ensemble of climate change projections for the periods 2046–2065 and 2081–2100 based on two GCMs and three emission scenarios demonstrates that the future water availability of this region would increase due to climate change. This discrepancy suggests that contemporary hydro-climatic experience based on past records alone may not always provide a reliable guide to the future. This study makes an important contribution toward an improved understanding of climate change impacts in the YRSR. The knowledge generated has major implications for water resources management in the Yellow River and will be instructive for climate change impacts studies in other mountain areas.

DKK 727.00
1

Electronic Waste and Printed Circuit Board Recycling Technologies - Muammer Kaya - Bog - Springer Nature Switzerland AG - Plusbog.dk

Proceedings of the 2nd International Conference on Innovative Solutions in Hydropower Engineering and Civil Engineering - - Bog - Springer Verlag,

Gold Metallurgy and the Environment - Jae Chun Lee - Bog - Taylor & Francis Ltd - Plusbog.dk

Environmental Change in South-East Asia - - Bog - Taylor & Francis Ltd - Plusbog.dk

Surface and Subsurface Runoff Generation Processes in a Poorly Gauged Tropical Coastal Catchment - Heyddy Calderon Palma - Bog - Taylor & Francis Ltd

Surface and Subsurface Runoff Generation Processes in a Poorly Gauged Tropical Coastal Catchment - Heyddy Calderon Palma - Bog - Taylor & Francis Ltd

Hydrological research in humid tropics is particularly challenging because of highly variable hydrological conditions and high socio-economic stresses caused by rapid population increase, as is the case of Nicaragua. The objective of this research is to understand the surface and subsurface runoff generation processes in a poorly gauged coastal catchment in Nicaragua under variable humid tropical conditions. Specifically, it focuses on identifying geomorphological and hydro-climatic controls on catchment response at different spatio-temporal scales and studies the link between hydrological processes and ecosystem conditions (i.e. mangrove forest). Catchment topography, geology and land use control surface and subsurface runoff generation. Spatio-temporal variability of precipitation affects availability of water resources, determines sources of surface runoff generation and induces changes in groundwater–surface interactions. Sustainable water resources management must prevent drastic alterations in catchment structural characteristics defined by forested areas and tidal sand ridges. Catchment response to hydro-climatic and geomorphologic controls supports the mangrove ecosystem freshwater needs. The outcome of this work is a contribution to the hydrological knowledge of poorly gauged catchment in humid tropics. It also provides scientific hydrological insights to support water resources management on the South Pacific coast of Nicaragua.

DKK 457.00
1

Prediction and Simulation Methods for Geohazard Mitigation - - Bog - Taylor & Francis Ltd - Plusbog.dk

Understanding Catchment Processes and Hydrological Modelling in the Abay/Upper Blue Nile Basin, Ethiopia - Sirak Tekleab Gebrekristos - Bog - Taylor &

Understanding Catchment Processes and Hydrological Modelling in the Abay/Upper Blue Nile Basin, Ethiopia - Sirak Tekleab Gebrekristos - Bog - Taylor &

The Abay / Upper Blue Nile basin contributes the largest share of discharge to the river Nile. However, the basin exhibits large spatio-temporal variability in rainfall and runoff. Moreover, human activities also impact hydrological processes through intensive agriculture, overgrazing and deforestation, which substantially affect the basin hydrology. Thus, understanding hydrological processes and hydro-climatic variables at various spatio-temporal scales is essential for sustainable management of water resources in the region. This research investigates the hydrology of the basin in depth using a range of methods at various spatio-temporal scales. The methods include long-term trend analysis of hydroclimatic variables, hydrologic responses analysis of land cover change, stable isotope techniques and process based rainfallrunoff modelling. A combination of field investigations with new measurements of precipitation, water levels and stable isotopes as well as existing hydro-climatic data offered gaining new insights about runoff generation processes in headwater catchments. The use of rainfall-runoff modelling in two meso-scale catchments of the Abay basin depict that a single model structure in a lumped way for the entire Abay basin cannot represent all the dominant hydrological processes. The results of the different approaches demonstrated the potential of the methods to better understand the basin hydrology in a data scarce region.

DKK 524.00
1

Energy, The Environment And Climate Change - Peter E Hodgson - Bog - Imperial College Press - Plusbog.dk