1 / 27

SIMVA 2010-2011: AN OVERVIEW

SIMVA 2010-2011: AN OVERVIEW. National Consultation Workshop 4 November 2011 Siem Reap, Cambodia. Overview of SIMVA baseline survey 2010- 2011. Survey process Outputs Baseline Indicators Drawing boundary and sampling. SIMVA 2010-11: the Process. Starting in late 2010

gary
Download Presentation

SIMVA 2010-2011: AN OVERVIEW

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. SIMVA 2010-2011: AN OVERVIEW National Consultation Workshop 4 November 2011 Siem Reap, Cambodia

  2. Overview of SIMVA baseline survey 2010-2011 • Survey process • Outputs • Baseline Indicators • Drawing boundary and sampling

  3. SIMVA 2010-11: the Process • Starting in late 2010 • Questionnaire based on results of the pilot study • Survey (training, fieldwork, data entry, data cleaning, analysis, reporting, etc) undertaken by four national survey teams, • Supported by MRCS, including a regional team

  4. SIMVA 2010-11: the process • Samples drawn by the regional team • Data entry template prepared by the regional team for all countries • Data analysis undertaken separately by each national survey team • Synthesis provided for the whole LMB corridor

  5. SIMVA 2010-11: Outputs • A questionnaire • Four national reports • One regional report • Technical guidelines

  6. Baseline Indicators • Baseline vulnerability (8) • Dependence on fish, OAA, and irrigation and riverbank cultivation (31) • Resilience (12) • Shocks and trends (9) • Vulnerability to climate change (10)

  7. The HH Questionnaire X. Consumption of food yesterday XI. Food storage and purchasing XII. Expenditure XIII. Key sources of Income XIV Assets XV. Water supply and road access XVI. Flooding XVII. Drought XVIII. Climate Change • Introduction, identifiers, quality control • HH Members • Most important occupation • Livelihood activities • Alternative livelihoods • Dependence on fish • Dependence on OAAs and OAPs • Dependence on cultivated crops • Aquaculture

  8. Sampling frames and sampling 2010-11 Baseline • 15 km corridor • 8 zones • 340 hhs per zone • 680 hhs per country • 2,720 hhs in total

  9. Technical guidelines For the SIMVA Long-term monitoring National Consultation Workshop 4 November 2011 Siem Reap, Cambodia

  10. SIMVA: Future Monitoring • Structure of the guidelines • Indicators • Interval of monitoring

  11. Structure of the guidelines • Introduction • SIMVA Baseline survey 2010-11 • Indicators • Sampling • Fieldwork, data entry and analysis • The household questionnaire • Update of secondary data • Report writing • Recommendations for the future monitoring

  12. Indicators • Baseline vulnerability (8)? • Dependence on fish, OAA, and irrigation and riverbank cultivation (30)? • Resilience (12)? • Shocks and trends (9)? • Vulnerability to climate change (10)?

  13. Baseline vulnerability (8) • Incidence of poverty • Mean household size • Infant mortality rate • Child mortality rate • Child malnutrition rate (stunted (low height for age, underweight (low weight for age, Wasted (low height for weight) • Dependency ratio • % of HHs with access to safe water • Mean distance of HH to road accessible in all weather by track.

  14. Dependence on fish % of adults whose main occupation is fishing % of HHs whose most important occupation is fishing % of HHs whose 2nd most important occupation is fishing % of HHs with members who fished in last 12 months % of HHs with income from fish sales Fishing effort (mean kgs catch per hours spent fishing) % of last fish catch sold

  15. Dependence on fish % of last fish catch sold  % of last fish catch consumed % of last fish catch preserved Mean monthly income per capita from fish sales % of HHs using mainstream/Tonle Sap in the last 12 months for fishing % of HHs migrating seasonally to fish from mainstream/Tonle Sap % of HH income per capita from fish sales % of HH food per capita from fish

  16. Dependence on OAAs • % of HHs that collected OAAs in last 12 months • 2. % of HHs with income from OAAs • 3. Mean HH monthly income per capita from OAAs • 4. % of HHs collecting OAAs from source that depend on Mekong flooding/irrigation in last 12 months • 5. % of HH income per capita from OAA  • 6. % of HH food per capita from OAA (measured by calorie intake) 

  17. Dependence on irrigation and riverbank cultivation • Mean area of land cultivated by HH in the last 12 months • 2. % of cultivated land with rice in wet and dry seasons in the last 12 months • 3. % of HHs dependent on water extracted from the Mekong for irrigation in last 12 months • 4. Mean monthly HH income per capita from rice sales • 5. % of HH income from irrigated crops including rice

  18. Dependence on irrigation and riverbank cultivation (cont’) 6. % of HH rice produced under irrigation 7. % of HHs with riverbank cultivation 8. Mean size of riverbank cultivation 9. Mean income per annum from riverbank cultivation 10. % of HH income per capita from riverbank cultivation 11. % of HH food per capita from riverbank cultivation 

  19. Resilience (12) • % of HHs with non-aquatic sources of income • % of adult household members working outside the village • Mean expenditure per capita per year • Mean monthly income from non-aquatic sources • % of expenditure on non-food items

  20. Resilience (12) • % of HHs with non-aquatic sources of income • % of adult household members working outside the village • Mean expenditure per capita per year • Mean monthly income from non-aquatic sources • % of expenditure on non-food items • % of HHs engaged in aquaculture

  21. Resilience (12) • 7. % saying they have alternative livelihood options • 8. % of adults household members who below to [specified] social groups • 9. % of HHs able to produce more than half their own food • 10. Number of livestock units per capita • 11. Mean value of productive assets • 12. Mean value of none productive assets

  22. Shocks and trends (9) % of HHs whose primary domestic water sources runs dry for more than x weeks in the dry season % of fishers reporting 'much less' fish than 5 yrs earlier % of fishers reporting less food due to declining fish catch % of fishers reporting less income due to declining fish catch % of HHs who changed occupation due to decline in NR in

  23. Shocks and trends (9) 6. % of HHs reporting less food security than 5 yrs earlier 7. % of HHs reporting less income than 5 yrs earlier 8. % of HHs reporting water shortages that resulted in crop damage in the last 12 months 9. % of HHs reporting water excess that resulted in crop damage in the last 12 months

  24. Vulnerability to climate change (10) Proportion of population dependent on climate-dependent resources (agriculture, fisheries, aquaculture) Proportion of population with low resilience, but high dependence on climate related resources. Proportion of loss of rice due to floods, droughts, and/or other forms of climate variability. Proportion of loss of livestock due to floods, droughts, and/or other forms of climate variability. Value of livestock lost due to floods and droughts.

  25. Vulnerability to climate change (10) 6. Average values of property losses due to floods, droughts, and/or other forms of climate variability. 7. Most frequently used coping strategies for floods, droughts, and other forms of climate variability. 8. % of households experiencing losses from floods, drought, and/or other forms of climate variability in the last 12 months 9. % of households assets lost in floods, droughts, and/or other forms of climate variability 10. Mean months to recovery from last flood in the last 5 years

  26. Intervals and sources of data • Baseline Vulnerability – 5 to 10 years • Dependency on fish – 3 years • Dependency on OAAs – 3 years • Dependency on Mekong irrigation – 3 years • Shocks – yearly • Vulnerability to climate change- 3 years

  27. Thank you very much for your attention

More Related