# data[].attributes.body
1. Protect watershed areas by promoting more Greening Projects.

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1. Provide additional livelihood options

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1. Promote Greener cities

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1. Utilization of Renewable Energy
2. Adapt Agrivoltaic System

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1. Floating agriculture
2. Use of heat adaptive/resistant crop varieties
3. Change in cropping pattern and calendar of planting

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1. Loss of life or famine due to dehydration
2. Destruction of habitat (Flora and Fauna)
3. Possible diseases

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1. Increased crime rate
2. Increased poverty rate

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1. Diminishing agriculture related income
2. Increased cases of malnutrition
3. Damage in livestock and farmland (low quality)
4. Decrease in livestock productions
5. Less production of crops

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1. Reduction in agricultural production
2. Increase in the level of disease and insect infestations for plants and livestock.

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1. High cost of water utilities and services
2. Health and sanitation issues

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1. Increase of water demand and decrease of water supply

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inputs could include, 1) retention of existing coping measures, 2) enhancement of existing coping measures, 3) establishment/adaptation of adaptation measures

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1. Higher cost of living
2. Decrease in power supply reserves
3. Increase carbon footprint
4. Increase in energy consumption

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1. Urban Heat Island Effect

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derived from information of 1) known current impacts and 2) possible future changes in corresponding hazards

Perform impact chain analysis (i.e. consider cascading impacts) for a specific sector

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Possible future changes in local hazards

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Possible future changes in local hazards

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1. Longer Drought duration
2. Loss of vegetation

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Changes in AVE seasonal climate parameters

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Changes in AVE seasonal climate parameters

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refer to inputs from CLIRAM Workshop

1. seasonal rainfall and temp distribution does not change
2. Largest rainfall decrease is in MAM: -56.5% (RCP4.5) and -59.3% (RCP8.5)
3. MAM and JJA have the most increase in temperature.
4. Rainfall decrease largely suggested (lower bound and upper bound) in all Seasons

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refer to inputs from CERAM Workshop

determine indices relevant to indicated hazard using the Index-Hazard Table provided;
indicate notable changes in relevant indices (in terms of Magnitude, Frequency, and Duration; when applicable)

1. Change in the annual  total wet-day rainfall are relatively decreasing. Decrease in annual total wet-day rainfall ranges from 214.7 mm (RCP4.5) to 208.2 mm (RCP8.5)

2. Change in the duration of the Longest dry spell (days) can be up to 3 to 4 days. From the baseline of 15.4 days it can be extended up to 19 days

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DROUGHT