Page 20 - Biodiversity and Conservation Framework
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Biodiversity & Conservation Framework


             SADRI  conducted  analytical  work  on  water  resources  in  the  Investments
             Pafuri-Sengwe  Node  of  the  Great  Limpopo  Transfrontier
             Conservation  Area  (GLTFCA),  with  activities  including  the  The  Zambezi  River  Basin  Development  Project  supported
             mapping  of  flood  plains  and  wetland  systems,  assessing  water  detailed feasibility, environmental, and social studies to prepare
             demand  and  usage,  understanding  the  role  of  wetlands  in  for  the  infrastructure  development  of  the  Batoka  Gorge
             community  livelihoods  support  and  climate  resilience,  and  Hydroelectric  Power  Station  project.  While  large-scale  water
             evaluating governance practices to manage water resources. Key  infrastructure  projects  such  as  dams  carry  substantial  risks  to
             biodiversity benefits of this activity include inventories, analytical  biodiversity,  the  studies  aimed  to  minimize  those  risks  to  the
             and technical support, knowledge-sharing, provision of ecosystem  extent possible.
             services,  improved  ecosystem  integrity,  sustainable  agricultural
             and resource harvesting practices, and groundwater protection.  Current Project Examples
             SADC  Groundwater  Management  Institute  (SADC-GMI)  Enhancing Niger Basin's Ecosystem through
             supported  the  development  of  the  Groundwater  Information  Modelling and Improved Decision-making
             Portal  and  the  Groundwater  Grey  Literature  Archive,  which  The Inner Niger Delta, a vast floodplain within the arid and
             contains publicly available data on groundwater resources. The  semi-arid  Sahel  region,  is  the  second  largest  wetland  in
             institute  also  produced  core  guidelines  and  gap  analyses  to  Africa and rich in natural resources. It is vitally important to
             support  the  evidence  base  for  cooperation  on  transboundary  the 900,000 people in Mali who depend on its waters for
             aquifers.  Both  activities  are  indirectly  linked  to  biodiversity  fishing,  agriculture,  crafts,  tourism,  and  other  livelihoods.
             through  their  focus  on  groundwater  protection  and  recharge,  During the rainy season, water levels can rise by as much as
             creation of decision-making tools, and knowledge-sharing.
                                                                four meters in just 100 days, sustaining the local population
             Institutions                                       and  hundreds  of  thousands  of  birds  and  livestock.
                                                                Designated a Ramsar Wetland of International Importance,
                                                                the  Delta  is  crucial  for  protecting  biodiversity,  promoting
             SADC-GMI  implemented  five  joint  activities  to  generate  sustainable  development,  and  ensuring  food  security.
             knowledge  on  national  and  transboundary  groundwater.  A  However,  it  faces  significant  strain  from  climate  change,
             water resources management research project was conducted  reduced  flooding,  an  upstream  dam,  sand  extraction  for
             in the Shire River Basin, a transboundary diagnostic analysis and  construction, and water extraction for irrigation.
             an action plan are under development for the Tuli Karoo, and
             preparatory  work  is  under  way  in  the  Eastern  Kalahari,  CIWA's analytical support has helped the NBA develop an
             Ramotwsa, and Strampriet River Basins. These activities provide  advanced  model  for  Delta  ecosystem  services,  improving
             key direct and indirect benefits to biodiversity action through  the  prediction  of  impacts  of  upstream  structures  and
             groundwater protection and recharge, provision of ecosystem  enabling informed decision-making regarding various water
             services,  improved  species  diversity  and  connectivity,  data  release patterns of planned infrastructure investments. This
             generation, knowledge-sharing, and decision-making tools.  model  will  aid  in  conserving  the  region’s  biodiversity.
                                                                Additionally,  CIWA  financed  a  decision-making  process
             Additional  SADC-GMI  activities  enabled  data  gathering,  concerning  the  environmental  and  social  risks  of  the
             analytical and technical support, and decision-making support.  proposed Fomi dam in Guinea, which led to the selection of
             The institute led the Groundwater Governance Working Group  a new site. CIWA has also been strengthening the overall
             at  the  African  Ministers’  Council  on  Water  to  implement  the  capacity  of  the  NBA,  particularly  in  biodiversity
             Pan-African  Groundwater  Program  (APAGroP).  It  opened  conservation.
             project-based  positions  for  young  professionals  of  member
             states  related  to  the  expansion  of  the  SADC  Groundwater
             information portal. SADC-GMI produced Gap Analysis Reports  Analytical Work to Fill Knowledge Gaps in Water
             for  each  member  state,  guidelines  for  groundwater  Production, Use, and Governance in the GLTFCA
             management, roadmaps for institutional frameworks in Eswatini  Pafuri-Sengwe Node (SADRI)
             and  Tanzania,  and  three  strategic  analyses  to  support  the
             evidence base for cooperation. Finally, the institute participated  The  project  provided  technical  support  to  the  GLTFCA  to
             in eight international research platforms where it disseminated  enhance understanding of water governance and use in the
             research results pertaining to groundwater management.  Pafuri-Sengwe  Node,  thereby  informing  community-level
                                                                drought preparation and mitigation measures. The analytical
                                                                work focused on key water systems, including the Limpopo,
                                                                Mwenezi/Nuanetsi,  Luvuvhu,  and  Bubye  Rivers,  directly
                                                                supporting and improving governance within the GLTFCA.
                                                                A  critical  component  of  this  effort  was  to  enhance  water
                                                                resources  knowledge  and  data  management,  particularly
                                                                baseline  information  on  wetlands,  groundwater,  and  their
                                                                interactions with surface water resources.
                                                                The  project's    objectives  were  to  determine  the  extent  of
                                                                water  availability  in  targeted  aquifers,  wetlands,  and  river
                                                                systems;  assess  water  demand  and  usage  among
                                                                communities  in  the  Pafuri-Sengwe  Node;  evaluate
                                                                governance practices for water management; and, based on
                                                                these assessments, identify, develop, and recommend near-
                                                                and medium-term actions and investment opportunities for
                                                                water  management  that  enhance  community  drought
                                                                resilience.





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