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INFLOW PREDICTION FOR PROPOSED HALELE WAREBESSA CASCADED RESERVOIRS IN OMO GHIBE BASIN USING ARTIFICIAL NEURAL NETWORKS

TEREFE ADUGNA (ARBA MINCH UNIVERSITY, 2013-12)

Operational planning of water resource systems like reservoir and hydropower plants call for real - time forecasting of reservoir inflow. An effective reservoir inflow forecasting enables the reservoir ...

Impact of Land Use/ Land Cover Change on Catchment Hydrology (Case study of Awassa catchment)

Tamiru Paulos Orkodjo (ARBA MINCH UNIVERSITY, 2014-01)

Land use/land cover change has been one of factors responsible for altering the hydrologic response of watersheds leading to impacting river flows. Various water resources projects’ planning and implementation will ...

SEDIMENT YIELD ESTIMATION FROM UPPER AWASH WATERSHED: SEDIMENTATION IN TO KOKA RESERVOIR, ETHIOPIA

SUFIYAN ABDULMENAN (ARBA MINCH UNIVERSITY, 2014-01)

Poor land use practices and improper management systems have played a significant role in causing high soil erosion rates, sediment transport and loss of agricultural nutrients. SWAT (Soil and Water ...

Assessment of The Impact of Climate Change on Surface Hydrological Processes Using GIS Based Hydrological Model (Case Study of Omo Gibe River Basi, Ethiopia).

Shiferaw Eromo Chaemiso (BS.c) (ARBA MINCH UNIVERSITY, 2014-01)

Climate Change impact are assessed by the General circulation Model. GCM output simulation have systematic errors called Bias ,which need to be corrected The bias correction of precipitation and temperature ...

Groundwater-Surface Water Interaction and possible changes due to Climate Change Tana Basin, Upper Abay River Basin

Mulugeta Admas Gerb (ARBA MINCH UNIVERSITY, 2010-09)

The objective of this thesis is to quantify groundwater-surface water interaction and to detect climate change impact on the interaction of the Tana Basin, Upper Abbay Basin Ethiopia. ArcSwat 2.3.3 ...

Investigating the Vulnerability ofHydropower Generation Due to Impact ofClimate Change, Tana Beles, Ethiopia

Fitsum Girma Asfaw (ARBA MINCH UNIVERSITY, 2010-10)

The increased use of renewable energy is critical to reducing emissions of greenhouse gases in order to limit climatic change. Hydropower is currently the major renewable source contributing toelectricitysupply. However, ...

Stream flow Responses to Changes in Land Use and Climate (The case of Bilate watershed, Rift Valley Basin, Ethiopia)

Gebiaw Teshome (ARBA MINCH UNIVERSITY, 2011-02)

Stream flow Responses to Changes in Land Use and Climate (The case of Bilate watershed, Rift Valley Basin, Ethiopia)

FLOOD FORECASTING AND EARLY WARNING SYSTEM IN LOWER AWASH SUBBASIN

Uqubai Berhe Gessessew (ARBA MINCH UNIVERSITY, 2010-12)

Flooding in Lower Awash sub-basin of the Awash River Basin, alike the other eight basins in Ethiopia, are attributed to rivers that overflow or burst their banks to inundate low lying areas. Logiya and Mille rivers are ...

Assessment of Potential Surface Water Storage Options to cope up with Climate Change and Variability, Part of Abbay river basin

Hailay Zeray Tedla (ARBA MINCH UNIVERSITY, 2010-09)

Water storage has a vital role to play in improvingcountry wide food security and building resilience for adaptation to climate change and variability. This study concentrates on assessing the impact of ...

Groundwater-Surface Water Interaction and possible changes due to Climate Change at Tana Basin, Upper Abay River Basin

Mulugeta Admas Gerb (ARBA MINCH UNIVERSITY, 2010-09)

The objective of this thesis is to quantify groundwater-surface water interaction and to detect climate change impact on the interaction of the Tana Basin, Upper Abbay Basin Ethiopia. ArcSwat 2.3.3 ...

Evaluation of Potential Hydrology and Water Resources Availability Catchment, Blue Nile River Basin, Ethiopia. Evaluation of Potential Impacts of Climate Change on the nd Water Resources Availability Catchment, Blue Nile River Basin, Ethiopia. Impacts of Climate Change on the nd Water Resources Availability of Didessa

SINTAYEHU LEGESSE GEBRE (ARBA MINCH UNIVERSITY, 2010-08)

The study carried out in Didessa watershed, one of the largest tributary of Blue Nile River in terms of volume of water, which is situated in the south-west part of Abay river basin. Due to its great importance of the ...

Investigating the Vulnerability ofHydropower Generation Due to Impact ofClimate Change, Tana Beles, Ethiopia

Fitsum Girma Asfaw (ARBA MINCH UNIVERSITY, 2010-10)

The increased use of renewable energy is critical to reducing emissions of greenhouse gases in order to limit climatic change. Hydropower is currently the major renewable source contributing toelectricitysupply. However, ...

FLOOD DAMAGE REDUCTION ANALYSIS: (CASE STUDY ON RIBB CATCHMENT, FOGERA FLOOD PLAIN)

Matias Ashagrie (ARBA MINCH UNIVERSITY, 2015-05)

Fogera flood plain, located at the foot of Ribb catchment, has been repeatedly devastated by powerful flash floods. As the flood pass through center of the flood plain, it causes tremendous losses in terms of life and ...

ASSESSMENT OF GROUNDWATER CONTAMMINATION BY AGRICULTURAL CHEMICALS AND URBAN EFFLUENTS IN ARBAMINCH AREA, SNNPR, ETHIOPIA

TEMESGEN ALEMU DEBELA (ARBA MINCH UNIVERSITY, 2015-05)

Groundwater is a major source for all purpose of water requirements and it plays a vital role to human life and economic activities. But unplanned and non-scientific action on groundwater has led to sharp ...

Evaluation of Climate Change Impact on Upper Blue Nile Basin Reservoirs

Habtom Mulugeta Bekele (ARBA MINCH UNIVERSITY, 2009-08)

Nowadays the sign of climate change and its impact is revealing on different natural and man made systems, in one or other ways. Accordingly, this impact is significant on the water resource system. This study mainly ...

Hydropower Potential of Tendaho Irrigation Hydropower Potential of Tendaho Irrigation Earth Dam Dam

Ashenafi Wondimu (ARBA MINCH UNIVERSITY, 2014-01)

In rural areas of Ethiopia, modern forms of energy are not available. Traditional sources such as fuel wood, cow dung, and crop residue are being depleted rapidly thereby deepening the rural energy crisis. Compared ...

STREAM FLOW AND SEDIMENT YIELD MODELING, THE CASE OF GIDABO WATERSHED

JEMAL MOHAMMED (ARBA MINCH UNIVERSITY, 2015-05)

Soil and Water Assessment Tool (SWAT) Model provides important planning tools that can be used in water resource and management of land which can be used in the understanding of dynamic process and prediction of the ...

MODELING THE IMPACT OF CLIMATE CHANGE ON THE HYDROLOGICAL REGIMES OF GUMARA WATERSHED

CHALACHEW MERSHA (ARBA MINCH UNIVERSITY, 2015-05)

One of the most momentous potential concerns of climate change is to understand changes in hydrological components. Climate change and its impact is revealing on different natural and manmade systems, in ...

WATER BALANCE AND RESERVOIR OPERATION ANALYSIS FOR OPTIMAL POWER PRODUCTION FOR CASCADED HYDROPOWER PLANTS (A CASE STUDY OF UPPER OMO-GIBE RIVER BASIN, ETHIOPIA)

ASCHALEW CHERIE WORKNEH (ARBA MINCH UNIVERSITY, 2015-10)

Increasing competition for water across sectors (agriculture, industries, domestic, and power generation) increases the importance of the river basin as the appropriate unit of analysis to address ...

WATER DEMAND ASSESSMENT AND ALLOCATION: CASE STUDY BARO WATERSHED

DEBEBE DERIB (ARBA MINCH UNIVERSITY, 2015-05)

Watershed is considered to be the ideal unit for management of the natural resources. Extraction of watershed parameters using (GIS) and use of mathematical models is the current trend for ...

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