Page 375 - Low Carbon Development in China and India
P. 375
340 Sector Power Industry Transport Urban/rural Agriculture Forestry Waste Water resources/
State habitat (includes (includes management coastal areas (as
• Improved buildings, etc.) livestock, applicable to the
enforcement of horticulture) state conditions)
vehicular pollution • Zoning of
Mizoram • Increase renewable control mechanisms industrial sites • Strengthening of • Improvement of • Awareness
energy generation (zoning atlas) and forest departments forest quality and generation
Low Carbon Development in China and India share through shifting of industrial (infrastructure, density in degraded • Research and
promotion of micro units to the industrial capacity building, lands, abandoned capacity building
hydro power, solar sites/not in the city etc.). jhum lands initiatives on
energy, etc. area • Improvement advance solid waste
• Detailed • Development of • Development of productivity management, water
reconnaissance green belts in the of land (levelling, of bamboo management and
study and hydrology cities bundling, etc.) and promotion efficient distribution
data evaluation and for wetland rice of local value of supply and
approval of micro • Awareness cultivation (WRC) on addition through delivery
hydro projects generation available lands establishment of • Developing models
• Survey and • Research and • Developing market linkages of urban storm water
investigation to capacity building database on • Study of climate flows and capacities
identify appropriate initiatives on urban genotypes of local change impacts on of existing drainage
sites for solar energy management crop varieties (mainly NTFP productivity, system
generation • Formulation of rice), identification investment promotion • Climate-friendly
• Installation of grid building guidelines of suitable varieties and indigenous waste management
interactive solar PV with provision for for different agro- harvesting practices systems and
applications promoting traditional climatic zones improvement of
houses in different • Impact assessment aesthetics through
agro-climatic zones, of paddy cultivation landfill
flood plains and in • Promotion of rain
consideration of the water harvesting and
seismic vulnerability construction of eco-
of the state friendly mini-check
• Climate- dams for irrigation
responsible master
plans for selected
city/towns (CDP)
State habitat (includes (includes management coastal areas (as
• Improved buildings, etc.) livestock, applicable to the
enforcement of horticulture) state conditions)
vehicular pollution • Zoning of
Mizoram • Increase renewable control mechanisms industrial sites • Strengthening of • Improvement of • Awareness
energy generation (zoning atlas) and forest departments forest quality and generation
Low Carbon Development in China and India share through shifting of industrial (infrastructure, density in degraded • Research and
promotion of micro units to the industrial capacity building, lands, abandoned capacity building
hydro power, solar sites/not in the city etc.). jhum lands initiatives on
energy, etc. area • Improvement advance solid waste
• Detailed • Development of • Development of productivity management, water
reconnaissance green belts in the of land (levelling, of bamboo management and
study and hydrology cities bundling, etc.) and promotion efficient distribution
data evaluation and for wetland rice of local value of supply and
approval of micro • Awareness cultivation (WRC) on addition through delivery
hydro projects generation available lands establishment of • Developing models
• Survey and • Research and • Developing market linkages of urban storm water
investigation to capacity building database on • Study of climate flows and capacities
identify appropriate initiatives on urban genotypes of local change impacts on of existing drainage
sites for solar energy management crop varieties (mainly NTFP productivity, system
generation • Formulation of rice), identification investment promotion • Climate-friendly
• Installation of grid building guidelines of suitable varieties and indigenous waste management
interactive solar PV with provision for for different agro- harvesting practices systems and
applications promoting traditional climatic zones improvement of
houses in different • Impact assessment aesthetics through
agro-climatic zones, of paddy cultivation landfill
flood plains and in • Promotion of rain
consideration of the water harvesting and
seismic vulnerability construction of eco-
of the state friendly mini-check
• Climate- dams for irrigation
responsible master
plans for selected
city/towns (CDP)
