A set of indicators for vulnerability assessment
| No. | Tier I indicators | Tier II indicators | Tier III indicators | Unit | Data source |
|---|---|---|---|---|---|
| 1 | Exposure (E) | Extreme events (E1) | Average number of storms and tropical depressions (E1-1) | – | Statistical yearbooks for nine districts in Can Tho City during 2013 |
| 2 | Average number of floods (E1-2) | – | |||
| 3 | Heavy rain (E1-3) | mm | |||
| 4 | Climate variation (E2) | Increase in annual average temperature (E2-1) | oC | ||
| 5 | The change in annual rainfall (E2-2) | % | |||
| 6 | Sea-level rise (E3) | Sea-level rise (E3-1) | cm | Vietnam’s climate change and sea level of MONRE (2016) | |
| 7 | Sensitivity (S) | Water resources (S1) | Change in potential evaporation compared with a baseline period (S1-1) | % | Results from the CROPWAT model |
| 8 | Change in flow compared with a baseline period (S1-2) | % | Results from the MIKE NAM model | ||
| 9 | Society (S2) | Population density (S2-1) | Person/km2 | Statistical yearbooks of nine districts in Can Tho City during 2013 | |
| 10 | Water use per capita (S2-2) | l/person.day | |||
| 11 | Female rate (S2-3) | % | |||
| 12 | Poverty rate (S2-4) | % | |||
| 13 | Unemployment rate (S2-5) | % | |||
| 14 | Agriculture (S3) | Area of agricultural land (planted area of paddy, planted area of annual industrial crops and planted area of perennial industrial crops) (S3-1) | Thous. ha | ||
| 15 | Yield of crops (yield of paddy, annual industrial crops and perennial industrial crops) (S3-2) | quintal/ha | |||
| 16 | Output value of agricultural production (S3-3) | dong (billions) | |||
| 17 | Livestock population (S3-4) | Head | |||
| 18 | Rural population (S3-5) | Person | |||
| 19 | Forestry (S4) | Area of forest (S4-1) | ha | ||
| 20 | Output value of forestry (S4-2) | dong (billions) | |||
| 21 | Aquaculture (S5) | Area of water surface used for aquaculture (S5-1) | ha | ||
| 22 | Number of vessels for offshore fishing (S5-2) | Piece | |||
| 23 | Output value of fishing (S5-3) | dong (billions) | |||
| 24 | Industry (S6) | The number of different industrial activities (S6-1) | activities | ||
| 25 | Industrial output value (mining and quarrying, manufacturing, electricity, gas and water supply) (S6-2) | dong (billions) | |||
| 26 | Adaptive Capacity (AC) | Communication (AC1) | Number of telephone subscribers/100 persons (AC1-1) | % | |
| 27 | Number of Internet subscribers/100 persons (AC1-2) | % | |||
| 28 | Social-infrastructure (AC2) | Number of health establishments (AC2-1) | – | ||
| 29 | Number of doctors (AC2-2) | Person | |||
| 30 | Number of schools (AC2-3) | School | |||
| 31 | Working-age population (AC2-4) | Person | |||
| 32 | Upgraded rural roads (AC2-5) | km | |||
| 33 | Irrigation constructions (AC2-6) | Construction |
| No. | Tier I indicators | Tier II indicators | Tier III indicators | Unit | Data source |
|---|---|---|---|---|---|
| 1 | Exposure (E) | Extreme events (E1) | Average number of storms and tropical depressions (E1-1) | – | Statistical yearbooks for nine districts in Can Tho City during 2013 |
| 2 | Average number of floods (E1-2) | – | |||
| 3 | Heavy rain (E1-3) | mm | |||
| 4 | Climate variation (E2) | Increase in annual average temperature (E2-1) | oC | ||
| 5 | The change in annual rainfall (E2-2) | % | |||
| 6 | Sea-level rise (E3) | Sea-level rise (E3-1) | cm | Vietnam’s climate change and sea level of MONRE (2016) | |
| 7 | Sensitivity (S) | Water resources (S1) | Change in potential evaporation compared with a baseline period | % | Results from the CROPWAT model |
| 8 | Change in flow compared with a baseline period (S1-2) | % | Results from the MIKE NAM model | ||
| 9 | Society (S2) | Population density (S2-1) | Person/km2 | Statistical yearbooks of nine districts in Can Tho City during 2013 | |
| 10 | Water use per capita (S2-2) | l/person.day | |||
| 11 | Female rate (S2-3) | % | |||
| 12 | Poverty rate (S2-4) | % | |||
| 13 | Unemployment rate | % | |||
| 14 | Agriculture (S3) | Area of agricultural land (planted area of paddy, planted area of annual industrial crops and planted area of perennial industrial crops) (S3-1) | Thous. ha | ||
| 15 | Yield of crops (yield of paddy, annual industrial crops and perennial industrial crops) (S3-2) | quintal/ha | |||
| 16 | Output value of agricultural production (S3-3) | dong (billions) | |||
| 17 | Livestock population | Head | |||
| 18 | Rural population (S3-5) | Person | |||
| 19 | Forestry (S4) | Area of forest (S4-1) | ha | ||
| 20 | Output value of forestry (S4-2) | dong (billions) | |||
| 21 | Aquaculture (S5) | Area of water surface used for aquaculture (S5-1) | ha | ||
| 22 | Number of vessels for offshore fishing (S5-2) | Piece | |||
| 23 | Output value of fishing (S5-3) | dong (billions) | |||
| 24 | Industry (S6) | The number of different industrial activities (S6-1) | activities | ||
| 25 | Industrial output value (mining and quarrying, manufacturing, electricity, gas and water supply) (S6-2) | dong (billions) | |||
| 26 | Adaptive Capacity (AC) | Communication (AC1) | Number of telephone subscribers/100 persons (AC1-1) | % | |
| 27 | Number of Internet subscribers/100 persons (AC1-2) | % | |||
| 28 | Social-infrastructure (AC2) | Number of health establishments (AC2-1) | – | ||
| 29 | Number of doctors (AC2-2) | Person | |||
| 30 | Number of schools (AC2-3) | School | |||
| 31 | Working-age population (AC2-4) | Person | |||
| 32 | Upgraded rural roads (AC2-5) | km | |||
| 33 | Irrigation constructions | Construction |