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Difference between revisions of "Points of Conflict Related to Micro-hydro Power (MHP) Projects in Ethiopia"

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= Overview =
 
= Overview =
  
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| <p style="text-align: center">[[File:Headwater region Hagara Sodicha.jpg|border|right|134px|Headwater region Hagara Sodicha]]&nbsp; Headwater region Hagara Sodicha</p><p style="text-align: center"></p>
 
 
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Points of conflict may occur due to different interests of land users and&nbsp; stakeholders respectively. The MHP projects will primarily supply electricity to population living close to the powerhouse. Nonetheless, most of the [[Mitigation and Intervention Techniques related to MHP projects in Ethiopia|mitigation and intervention techniques]] will most likely be implemented in upstream areas.
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[[File:Headwater region Hagara Sodicha.jpg|thumb|center|300px|Headwater region Hagara Sodicha|alt=Headwater region Hagara Sodicha]]
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Points of conflict may occur due to different interests of land users and stakeholders respectively. The MHP projects will primarily supply electricity to population living close to the powerhouse. Nonetheless, most of the [[Mitigation_and_Intervention_Techniques_Related_to_Micro-hydro_Power_(MHP)_Projects|mitigation and intervention techniques]] will most likely be implemented in upstream areas.
  
These headwater regions are most important for the retention capacity of the soil and thus for a stable discharge rate, which in turn is crucial for a [http://energypedia.info/index.php/Causes_and_Features_of_Watershed_Degradation_related_to_MHP_Projects_in_Ethiopia#Box_1: sustainable use of the MHP]. Hence the population upstream needs to understand the long term [[Socio-economic Benefits related to MHP Watershed Action Planning in Ethiopia|benefit]] they will gain from the implementation of various mitigation and intervention techniques, such as higher yields due to improved soils, although they will not directly benefit from the electricity supply.
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These headwater regions are most important for the retention capacity of the soil and thus for a stable discharge rate, which in turn is crucial for a [[Causes and Features of Watershed Degradation related to MHP Projects#Box 1|sustainable use of the MHP]]. Hence the population upstream needs to understand the long term [[Socio-economic Benefits related to MHP Watershed Action Planning in Ethiopia|benefit]] they will gain from the implementation of various mitigation and intervention techniques, such as higher yields due to improved soils, although they will not directly benefit from the electricity supply.
  
 
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= Example<br/> =
 
= Example<br/> =
  
Due to its economic benefit, [http://energypedia.info/index.php/Mitigation_and_Intervention_Techniques_related_to_MHP_projects_in_Ethiopia#Eucalyptus_vs._indigenous_plants Eucalyptus] is extensively cultivated all over Ethiopia. Nevertheless it has negative effects on the ecological condition of the catchment (and its cultivation is thus not recommended in ecological terms (and in order to&nbsp; provide&nbsp;a sustainable use of the MHP). Hence there might evolve conflicts between economical and ecological interests.'''&nbsp;'''
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Due to its economic benefit, [[Mitigation_and_Intervention_Techniques_Related_to_Micro-hydro_Power_(MHP)_Projects#Eucalyptus_vs._Indigenous_Plants|Eucalyptus]] is extensively cultivated all over Ethiopia. Nevertheless it has negative effects on the ecological condition of the catchment (and its cultivation is thus not recommended in ecological terms (and in order to provide a sustainable use of the MHP). Hence there might evolve conflicts between economical and ecological interests.
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= Further Information =
  
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*[[Portal:Hydro|Hydro Portal on energypedia]]
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*[[Ethiopia Energy Situation|Ethiopia Energy Situation]]
  
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= References<br/> =
 
= References<br/> =
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<references />
 
<references />
  
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[[Category:Ethiopia]]
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[[Category:Micro_Hydro]]
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[[Category:Micro-Hydro/Pico-Hydro]]
 
[[Category:Hydro]]
 
[[Category:Hydro]]

Latest revision as of 12:01, 8 September 2014

Overview

Headwater region Hagara Sodicha
Headwater region Hagara Sodicha

Points of conflict may occur due to different interests of land users and stakeholders respectively. The MHP projects will primarily supply electricity to population living close to the powerhouse. Nonetheless, most of the mitigation and intervention techniques will most likely be implemented in upstream areas.

These headwater regions are most important for the retention capacity of the soil and thus for a stable discharge rate, which in turn is crucial for a sustainable use of the MHP. Hence the population upstream needs to understand the long term benefit they will gain from the implementation of various mitigation and intervention techniques, such as higher yields due to improved soils, although they will not directly benefit from the electricity supply.

Example

Due to its economic benefit, Eucalyptus is extensively cultivated all over Ethiopia. Nevertheless it has negative effects on the ecological condition of the catchment (and its cultivation is thus not recommended in ecological terms (and in order to provide a sustainable use of the MHP). Hence there might evolve conflicts between economical and ecological interests.


Further Information


References