Climate Change in Tonga 845 indicators covering climate change for Tonga. IndicatorLatest Year10-yr change Rank Manure left on Pasture — Emissions (CO2eq) from N2O, per unit of GDP 0 kt per US$ of GDP 2023 down 19.3% 70th Manure left on Pasture — Emissions, per unit of GDP 0 kt per US$ of GDP 2023 down 19.3% 70th Manure left on Pasture — Indirect emissions, per unit of GDP 0 kt per US$ of GDP 2023 down 18.5% 68th Manure left on Pasture — Direct emissions, per unit of GDP 0 kt per US$ of GDP 2023 down 19.5% 70th Manure Management — Emissions (CO2eq), per unit of GDP 0 kt per US$ of GDP 2023 down 22.1% 9th Manure Management — Emissions (CO2eq) from N2O, per unit of GDP 0 kt per US$ of GDP 2023 down 21.8% 30th Manure Management — Emissions (CO2eq) from CH4 (AR5), per unit of GDP 0 kt per US$ of GDP 2023 down 22.1% 5th Manure Management — Emissions (N2O), per unit of GDP 0 kt per US$ of GDP 2023 down 21.8% 30th Manure Management — Indirect emissions (N2O), per unit of GDP 0 kt per US$ of GDP 2023 down 18.5% 68th Manure Management — Direct emissions (N2O), per unit of GDP 0 kt per US$ of GDP 2023 down 21.9% 33rd Manure Management — Emissions (CH4), per unit of GDP 0 kt per US$ of GDP 2023 down 22.1% 5th Enteric Fermentation — Emissions (CO2eq) (AR5), per unit of GDP 0 kt per US$ of GDP 2023 down 19.8% 69th Enteric Fermentation — Emissions (CO2eq) from CH4 (AR5), per unit of 0 kt per US$ of GDP 2023 down 19.8% 69th Enteric Fermentation — Emissions (CH4), per unit of GDP 0 kt per US$ of GDP 2023 down 19.8% 69th Electricity generation from low-carbon sources 0.01 terawatt-hours 2024 — 186th Electricity generation from low-carbon sources per person 95.98 kilowatt-hours 2024 — 155th Carbon emission intensity vs. GDP per capita 0.227 2024 up 12.0% 32nd Cropland organic soils — Area 0 ha 2024 — 103rd Cropland organic soils — Emissions 0 kt 2024 — 103rd Cropland organic soils — Emissions 0 kt 2024 — 103rd Grassland organic soils — Area 0 ha 2024 — 104th Grassland organic soils — Emissions 0 kt 2024 — 99th Grassland organic soils — Emissions 0 kt 2024 — 103rd Drained organic soils — Area 0 ha 2024 — 105th Drained organic soils — Emissions 0 kt 2024 — 105th Drained organic soils — Emissions 0 kt 2024 — 105th Forest fires — Burning crop residues 0 t 2024 — 112th Forest fires — Burned Area 0 ha 2024 — 112th Forest fires — Emissions 0 kt 2024 — 112th Forest fires — Emissions 0 kt 2024 — 112th Other forest — Burning crop residues 0 t 2024 — 93rd Other forest — Burned Area 0 ha 2024 — 93rd Other forest — Emissions 0 kt 2024 — 93rd Other forest — Emissions 0 kt 2024 — 93rd Savanna fires — Burning crop residues 0 t 2024 — 141st Savanna fires — Burned Area 0 ha 2024 — 141st Savanna fires — Emissions 0 kt 2024 — 140th Savanna fires — Emissions 0 kt 2024 — 137th Grassland — Burning crop residues 0 t 2024 — 135th Grassland — Burned Area 0 ha 2024 — 135th Grassland — Emissions 0 kt 2024 — 134th Grassland — Emissions 0 kt 2024 — 128th Savanna — Burning crop residues 0 t 2024 — 119th Savanna — Burned Area 0 ha 2024 — 119th Savanna — Emissions 0 kt 2024 — 119th Savanna — Emissions 0 kt 2024 — 111th Woody savanna — Burning crop residues 0 t 2024 — 98th Woody savanna — Burned Area 0 ha 2024 — 98th Woody savanna — Emissions 0 kt 2024 — 98th Woody savanna — Emissions 0 kt 2024 — 92nd Savanna and woody savanna — Burning crop residues 0 t 2024 — 122nd Savanna and woody savanna — Burned Area 0 ha 2024 — 122nd Humid tropical forest — Burning crop residues 0 t 2024 — 72nd Humid tropical forest — Burned Area 0 ha 2024 — 72nd Humid tropical forest — Emissions 0 kt 2024 — 72nd Humid tropical forest — Emissions 0 kt 2024 — 72nd Closed shrubland — Burning crop residues 0 t 2024 — 34th Closed shrubland — Burned Area 0 ha 2024 — 34th Closed shrubland — Emissions 0 kt 2024 — 34th Closed shrubland — Emissions 0 kt 2024 — 34th ← Previous Page 8 of 15 Next →