Page 388 - Low Carbon Development in China and India
P. 388
Chapter 3 Informing Sub-National Actions Sector Power Industry Transport Urban/rural Agriculture Forestry Waste Water resources/
habitat (includes (includes management coastal areas (as
buildings, etc.) livestock, • Eco-restoration applicable to the
horticulture) of degraded open state conditions)
State forests, grassland,
• Modernization of scrublands • Removal of
categories to reduce irrigation system • Connecting siltation in the
peak demand, using drip, sprinklers fragmented forests reservoirs to increase
efficient device systems with ‘corridors’ storage capacity
penetration facilitated • Promotion of to assist species • Resuscitation of
by financial, supply organic farming migration derelict channel with
chain and market • Establishment of • Planting species in provision of sluice
incentives seed banks forests, immediately gates for storing
• State-led adoption • Setting up of after the area is burnt rainwater
for enabling critical agriculture BPOs in with trees generated • Encouraging
volumes of devices each district through in the nurseries surface water
and technologies PPP schemes, rain water
in local market and • Real time harvesting, etc., to
breaking current cost monitoring for avoid groundwater
barriers weather forecasting, extraction
• Reduced system fish shoals • Pricing and
losses (technical and • Promotion of canal regulation through
commercial) fisheries, sewage-fed metering, etc., to
• Improved fisheries, etc. prevent leakage of
efficiencies in energy • Breeding of water
production small ruminants for
• R&D for improved livelihood security
green energy • Fast penetration
assessment (solar, of renewable energy
wind and biomass), technologies
technology and • Rapid assessment
operations and identification
of high fuel wood
353 villages
3.3
habitat (includes (includes management coastal areas (as
buildings, etc.) livestock, • Eco-restoration applicable to the
horticulture) of degraded open state conditions)
State forests, grassland,
• Modernization of scrublands • Removal of
categories to reduce irrigation system • Connecting siltation in the
peak demand, using drip, sprinklers fragmented forests reservoirs to increase
efficient device systems with ‘corridors’ storage capacity
penetration facilitated • Promotion of to assist species • Resuscitation of
by financial, supply organic farming migration derelict channel with
chain and market • Establishment of • Planting species in provision of sluice
incentives seed banks forests, immediately gates for storing
• State-led adoption • Setting up of after the area is burnt rainwater
for enabling critical agriculture BPOs in with trees generated • Encouraging
volumes of devices each district through in the nurseries surface water
and technologies PPP schemes, rain water
in local market and • Real time harvesting, etc., to
breaking current cost monitoring for avoid groundwater
barriers weather forecasting, extraction
• Reduced system fish shoals • Pricing and
losses (technical and • Promotion of canal regulation through
commercial) fisheries, sewage-fed metering, etc., to
• Improved fisheries, etc. prevent leakage of
efficiencies in energy • Breeding of water
production small ruminants for
• R&D for improved livelihood security
green energy • Fast penetration
assessment (solar, of renewable energy
wind and biomass), technologies
technology and • Rapid assessment
operations and identification
of high fuel wood
353 villages
3.3
