MuSIASEM 4 water Istanbul 2011
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First Session on MultiScale Integrated Assessment of Societal and Ecosystem metabolism of Water. ESEE2011 Istanbul. If you use it, please cite and let us know!! ;)
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MuSIASEM 4 water Istanbul 2011
- 1. Multi Scale Integrated assessment of Socio-ecological metabolism of water Cristina Madrid Violeta cabello cristina.madrid@uab.es vcabello@us.es
- 2. Conclusions WHAT Water use in Catalonia HOW MuSIASEM 4 water WHY Water
- 3. Water MuSIASEM for Water Case Studies Is not... ...it becomes Energy and Water Lack of know how results in exclusion Unbalancing character in quantitative terms Lack of statistical data on water use Unsuitable scales of material studies Issue of: Isolated Studies Suitable methodologies ? Do not include Issues of Scale Water characteristics Suitable Definition? Water Functions
- 4. Water MuSIASEM for Water Case Studies Is not... ... It becomes Energy and Water Water has many characteristics CONCRETE ABSTRACT QUANTITY CULTURAL VALUES CLEANNESS GEOGRAPHICAL REFERENCE POTENTIAL ENERGY TEMPORAL REFERENCE TEMPERATURE Flowing with natural cycle Becoming Resource Water is an Economic, Ecological and Social Active (Aguilera, 2004)
- 5. Water MuSIASEM for Water Case Studies Is not... ... It becomes Energy and Water Watergy and Scales •Energy Carriers vs Water •Different characteristics non reducible to same units •Water is not transferred across long distances Energy Carrier Exergy/EmergyUseful Work Water Characteristic Function/Service Level/Scope Hydrological Political Micro River Municipality Meso River+1st level affluents Province Macro River + Affluents +Aquifers Region/Country
- 6. Water MuSIASEM for Water Case Studies Flow/Fund System design Grammar Water as Flow and Fund GG (1971) MuSIASEM Examples Fund No Change What system is Human Activity, Land Use Flow Qualitative What system does Energy, Food, change Money Process Duration Analytical Boundaries Purpose (Mayumi & Farrel, 2009) Metafund Qualitative change in water Characteristics are consumed
- 7. Water MuSIASEM for Water Case Studies Flow/Fund System design Grammar DIFFERENT FLOWS
- 8. ar mucho un poco esta variable? Water MuSIASEM for Water Case Studies Flow/Fund System design Grammar Extensive Variables Level Acronym Definition Fund n+1 TAW Total Available Water n HAW Human Appropriated Water NAW Non Appropriated Water n-1 AWHH Appropriated Water by Households AWPW Appropriated Water by the Paid Work sector Flow n-2 AWAG Appropriated Water by: AWPS Agriculture AWSG Production Sector Services and Government n-3 AWEAG AWIAG Appropriated Water of Traditional or Ecological and Mechanised Agriculture n-4 VWCROPS Virtual Water associated to different
- 9. ar mucho un poco esta variable? Water MuSIASEM for Water Case Studies Flow/Fund System design Grammar Intensive Variables Level Acronym Variable Unit n WUR Water Use Rate for the m3/h (FLOW/F whole Society. UND) n-1 Water Use Rate for: m3/h WURPW Paid Work (PW) and WURHH Households (HH) n-2 WDAG Water Density for m3/ha Agriculure
- 10. Water MuSIASEM for Water Catalonia Catalonia Andarax River basin II Catalonia, Service vs Contribution to GDP Agriculture Contribution to Water Use
- 11. Water MuSIASEM for Water Catalonia Catalonia Water Use Water Flows Assymetrically
- 12. Water MuSIASEM for Water Catalonia Catalonia Water Use Metabolic Pattern Production and consumption patterns in Catalonia (1999-2008) Andalusia
- 13. Water MuSIASEM for Water Catalonia Catalonia Water Use Evolution of Patterns Benchmark 2000 2005 TOTAL-Use 2152 Lpd 1161 Lpd HH-Use 195 Lpd 162 Lpd AGR-Use 1600 Lpd 789 Lpd AGR-Jobs 27 Job/ Hm3 48 Job/ Hm3 AGR-GAV 0.6 €/m3 1 €/m3 PS-REST-Use 330 Lpd 210 Lpd PS-REST-Jobs 3900 Job/ Hm3 6272 Job/ Hm3 PS-REST-GAV 140 €/m3 278 €/m3
- 14. Conclusions Reclaiming a place for water • Not inclusion due to unsuitable methods • Lack of suitable definition of water • Definition of a suitable scale and Scope of Analysis • Expansion of concepts of Flow and Fund Water also as Ecological Fund • Better conceptualization change institutional arrangments.
- 15. Conclusions Water and Complexity • MuSIASEM allows multi Scope-Spatial analysis • Comparability of Scales needed • Other methods complement analysis Metabolic Patterns • So-Called developed countries water use goes for Production processes (90%) • The paradox of agriculture dependence
- 16. Multi Scale Integrated assessment of Socio-ecological metabolism of water Thank you cristina.madrid@uab.es vcabello@us.es
- 17. Water MuSIASEM for Water Catalonia Catalonia Water Use Water Flows Assymetrically
Hinweis der Redaktion
- 90,000 Km 2 17% Pop 95 9,000,000 Mediterranean Climate Negative Hydric Balance Irrigation Land 47% 68% Old Irrigation Technology
- Some author have made any kind of realtion between the fulfilment of the human needs and the creation of conflicts. If we look at the concept of Scarcity it comes because the desires as highre than the resources: Two questions: How is the cycle? Is water becoming scarce?
- Some author have made any kind of realtion between the fulfilment of the human needs and the creation of conflicts. If we look at the concept of Scarcity it comes because the desires as highre than the resources: Two questions: How is the cycle? Is water becoming scarce?
- Some author have made any kind of realtion between the fulfilment of the human needs and the creation of conflicts. If we look at the concept of Scarcity it comes because the desires as highre than the resources: Two questions: How is the cycle? Is water becoming scarce?
- 90,000 Km 2 17% Pop 95 9,000,000 Mediterranean Climate Negative Hydric Balance Irrigation Land 47% 68% Old Irrigation Technology
- 90,000 Km 2 17% Pop 95 9,000,000 Mediterranean Climate Negative Hydric Balance Irrigation Land 47% 68% Old Irrigation Technology
- 90,000 Km 2 17% Pop 95 9,000,000 Mediterranean Climate Negative Hydric Balance Irrigation Land 47% 68% Old Irrigation Technology
- 90,000 Km 2 17% Pop 95 9,000,000 Mediterranean Climate Negative Hydric Balance Irrigation Land 47% 68% Old Irrigation Technology
- 90,000 Km 2 17% Pop 95 9,000,000 Mediterranean Climate Negative Hydric Balance Irrigation Land 47% 68% Old Irrigation Technology
- 90,000 Km 2 17% Pop 95 9,000,000 Mediterranean Climate Negative Hydric Balance Irrigation Land 47% 68% Old Irrigation Technology
- 90,000 Km 2 17% Pop 95 9,000,000 Mediterranean Climate Negative Hydric Balance Irrigation Land 47% 68% Old Irrigation Technology
- 90,000 Km 2 17% Pop 95 9,000,000 Mediterranean Climate Negative Hydric Balance Irrigation Land 47% 68% Old Irrigation Technology