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Enhancing linkages: contributions of the companion moldeling approach to practical IWRM

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The  3

rd

 International  Forum    

on  Water  and  Food  

Tshwane,  South  Africa  

November  14  –  17,

2011  

          Co-­‐hosted  by:      

 

 

Enhancing linkages: Contribution of the companion

modeling approach to practical IWRM

WILLIAM’S  DARÉ

1

,  JEAN-­‐PHILIPPE  VENOT

2

,  AARON  ADUNA

3

,  PIERRE  

ZOUNGRANA

4

,  PATRICK  D’AQUINO

5

,  CHRISTOPHE  LE  PAGE

6

,  FRED  KIZITO

7

 AND  

MARTINE  ANTONA

6

 

1CIRAD,  Burkina  Faso   2IWMI,  Burkina  Faso   3WRC-­‐WVBB,  Ghana   4SP  PAGIRE,  Burkina  Faso   5CIRAD,  Sénégal   6CIRAD,  France   7IWMI,  Ghana  

william’[email protected]    

Session: Participatory modeling

 

Summary

The  companion  modeling  framework  brings  together  experts  (biophysical  and  social  scientists)  and   local  and  global  knowledge,  perceptions  and  concerns  over  natural  resources  by  the  way  of  participative   modeling  supports  (role  playing  games  and  agent  based  computerized  modeling)  that  are  used  during   multi-­‐stakeholder   platforms   (MSP)   in   two   watersheds   in   Ghana   and   Burkina   Faso.   The   companion   modeling  process  is  used  together  with  a  biophysical  model  (see  corresponding  abstract  VSSe007)  to  get  

Key Message

Integrated  Water  Resources  Management  (IWRM)  rests  upon  multiple  interactions  

among  actors  and  scales  that  are  often  beyond  the  “everyday”  concerns  of  all.  The  

companion-­‐modeling  approach  (COMMOD)  is  an  adequate  framework  to  highlight  

these  multiple  linkages  and  stakes,  hence  allowing  for  a  collective  decision  making  

process  over  water  resources  to  unfold.  

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International  Forum  on  Water  and  Food  

a   “sound”   scientific   representation   of   the   impacts   that   local   practices   can   have   in   space   and   time.   It   allows   considering   multiple   points   of   views   (e.g.   multi-­‐level   and   multi   stakeholders)   about   issues,   potential  solutions  and  their  impacts.  A  better  understanding  of  possible  solutions  and  their  impacts  is   the   first   step   towards   a   process   of   collective   decision   making   to   design   acceptable   water   resources   practices.  Multi-­‐level  MSPs  allow  for  actors  (from  local  stakeholders  to  national  policy  makers)  that  do   not  interact  often  to  confront,  be  aware  and  understand  each  other’s  views  better.  The  novelty  of  the   project   is   that   the   focus   is   on   reinforcing   the   process   of   collective   decision   making   rather   than   on   reaching   an   agreement   on   a   specific   issue.   This   fits   well   with   the   multi-­‐faceted   nature   of   IWRM.   The   approach   requires   constant   stakeholder   engagement   and   trust   building   at   multiple   levels   and   is   facilitated  by  earlier  knowledge  of  the  actors  and  systems  studied.      

       

 

D’AQUINO  ET  ETIENNE,  UNPUBLISHED  

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