Data submitted to the UN Ozone Secretariat highlighting the trend of ODS consumption (calculated as Production (if any) + imports - exports) in Tuvalu. Ozone Depleting Substances calculated here are HCFCs and Methal Bromide.
REST end point for PEIN search results
time series data on the consumption of CFC 12 & CFC 115 in Tuvalu in the past and submitted to Ozone Secretariat. This data was reported in the National Compliance Action Strategy to implement the Montreal Protocol on Substances that Deplete the Ozone Layer in Tuvalu
The overall generation rates of 2,904 kg/day is higher than found in the 2017 Tuvalu waste survey (Sagapolutele & Binney, 2017), which provided an estimate of 2,478 kg/day.
visualization developed by Inform team
Refer to page 59 of the Audit Report
By volume from DWM data, 38% of incoming waste is from households and 62% from other sources, including green waste. Landfill sample, gained over 6 days featured much less construction waste than DWM data, given the shorter timeframe and put the ratio at 53% household and 47% other sources.
Refer to page 60 of Waste Audit Report
Greenhouse Gas Emission - Of the total 2014 emissions of 18.467 Gg CO2-e, 11.214 Gg (61%) can be attributed to the energy sector. The main GHGs emitted by Tuvalu are CO2 (60.4% of total emissions), CH4 (16.4%), and N2O (23.1%)
Trends in ODS Consumption - As a developing country, Tuvalu is listed under Article 5 of the Montreal Protocol, and therefore provided with assistance to phase-out consumption of CFCs by 2010, HCFCs by 2030, and HFCs by 2024.
Tuvalu-related publications on Pacific Environment Information Network (PEIN)
Search using the keyword "Tuvalu". 793 Results as of 15 April, 2018
gis file with points on pollution incidents in the Solomon Islands
The USGS Earthquake Hazards Program of the U.S. Geological Survey (USGS) is part of the National Earthquake Hazards Reduction Program (NEHRP) led by the National Institute of Standards and Technology (NIST).
GeoJSON file for earthquake centers over a magnitude of 4.5 for the Pacific Islands Region for years 2000-2004. Data are derived from the ANSS Comprehensive Earthquake Catalog (ComCat). ComCat contains earthquake source parameters (e.g. hypocenters, magnitudes, phase picks and amplitudes) and other products (e.g. moment tensor solutions, macroseismic information, tectonic summaries, maps) produced by contributing seismic networks.
GeoJSON file for earthquake centers over a magnitude of 4.5 for the Pacific Islands Region for years 2005-2009. Data are derived from the ANSS Comprehensive Earthquake Catalog (ComCat). ComCat contains earthquake source parameters (e.g. hypocenters, magnitudes, phase picks and amplitudes) and other products (e.g. moment tensor solutions, macroseismic information, tectonic summaries, maps) produced by contributing seismic networks.
GeoJSON file for earthquake centers over a magnitude of 4.5 for the Pacific Islands Region for years 2010-2014. Data are derived from the ANSS Comprehensive Earthquake Catalog (ComCat). ComCat contains earthquake source parameters (e.g. hypocenters, magnitudes, phase picks and amplitudes) and other products (e.g. moment tensor solutions, macroseismic information, tectonic summaries, maps) produced by contributing seismic networks.
GeoJSON file for earthquake centers over a magnitude of 4.5 for the Pacific Islands Region for years 2015-2019. Data are derived from the ANSS Comprehensive Earthquake Catalog (ComCat). ComCat contains earthquake source parameters (e.g. hypocenters, magnitudes, phase picks and amplitudes) and other products (e.g. moment tensor solutions, macroseismic information, tectonic summaries, maps) produced by contributing seismic networks.
Pacific islands region exclusive economic zones (EEZs)
Dataset includes various regional-scale spatial data layers in geojson format.