Climate Data

The Climate Data Guide is a high-traffic expert knowledge portal providing concise and reliable information on the climate data that are essential for measuring and predicting physical climate risk.

Currently, the Climate Data Guide curates expert insights on over 200 observational datasets and climate indices, searchable or browseable in the list below.

To find a specific dataset or climate variable, jump to the the search box. For only the datasets paired with guidance written by experts, select the "Datasets with guidance" button when using the search box.

Data creators, data publishers, and scientists who use climate data are invited to join our Network of Experts by contributing commentaries on data strengths and limitations to the Climate Data Guide. What type of data are included? See this discussion.

With the exception of about 25 climate indices, the Climate Data Guide does not host datasets.  Data cannot be downloaded from this site. However, links are provided to download locations under the "Data Access" section of each dataset page.

Citation: Please link to this website in your work that draws upon material from this website, and cite this paper:

Schneider, D. P., C. Deser, J. Fasullo, and K. E. Trenberth, 2013: Climate Data Guide Spurs Discovery and Understanding. Eos Trans. AGU, 94, 121–122, https://doi.org/10.1002/2013eo130001. 

=> Additionally, each dataset page with expert-written guidance has its own citation example on the individual page, such that the experts who wrote the guidance may be credited. Finally, responsible use and citation of datasets is strongly encouraged.

Climate datasets

Has expert guidance
CCMP: Cross-Calibrated Multi-Platform wind vector analysis CCMP: Cross-Calibrated Multi-Platform wind vector analysis

  • Years of record

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The CCMP wind analysis is a near-global, high spatial and temporal resolution gridded dataset of surface wind vectors spanning 1987-present.  The input data are a combination of inter-calibrated satellite data from numerous radiometers and scatterometers and in-situ…

Main variables and Earth System components

Atmosphere Wind

    • Timestep

    • Sub-daily

    • Collections

    • None
From Petty et al. (2020); provided by Rachel Tilling Sea Ice Thickness Data Sets: Overview & Comparison Table

  • Years of record

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While satellite observations of sea ice extent and concentration are available from 1979, long-term high quality (daily and high spatial resolution) observations of sea ice thickness remain limited as a result of few satellite and in situ observations. Reconstructions…

Main variables and Earth System components

Cryosphere Sea Ice Thickness
SST data: NOAA Optimal Interpolation (OI) SST Analysis, version 2 (OISSTv2) 1x1 SST data: NOAA Optimal Interpolation (OI) SST Analysis, version 2 (OISSTv2) 1x1

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The NOAA Optimal Interpolation SST analysis provides global, spatially complete SSTs on a weekly and monthly basis for 1982-present.

Main variables and Earth System components

Ocean SST - sea surface temperature
Total Solar Irradiance (TSI) datasets: An overview Total Solar Irradiance (TSI) datasets: An overview

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The solar radiation arriving at Earth (once known as the “solar constant”, now usually referred to as Total Solar Irradiance (TSI)), is the most fundamental of climate parameters as it indicates the totality of the energy driving the climate system.  All climate…

Main variables and Earth System components

Atmosphere solar irradiance

    • Formats

    • Timestep

    • Collections

    • None
NP Index North Pacific (NP) Index by Trenberth and Hurrell; monthly and winter

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The North Pacific Index (NP index or NPI) is the area-weighted sea level pressure over the region 30°N-65°N, 160°E-140°W. The NP index is defined to measure interannual to decadal variations in the atmospheric circulation. The dominant atmosphere-ocean relation in the…

Main variables and Earth System components

Atmosphere Sea Level Pressure
CMORPH (CPC MORPHing technique): High resolution precipitation (60S-60N) CMORPH (CPC MORPHing technique): High resolution precipitation (60S-60N)

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"CMORPH (CPC MORPHing technique) produces global precipitation analyses at very high spatial and temporal resolution. This technique uses precipitation estimates that have been derived from low orbiter satellite microwave observations exclusively, and whose features are…

Main variables and Earth System components

Atmosphere Precipitation

  • Experts contributing reviews

  • None
maps of SIF and GPP (contributed by Jingfeng Xiao and Xing Li) Global dataset of solar-induced chlorophyll fluorescence (GOSIF)

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GOSIF is a global, gridded dataset of solar-induced chlorophyll fluorescence (SIF). SIF, an energy flux re-emitted by plants a few nanoseconds after light absorption, exhibits a strong linear relationship with gross primary production (GPP) at the ecosystem scale and…

Main variables and Earth System components

Biosphere GPP: Gross Primary Production solar-induced chlorophyll fluorescence (SIF) Land Gross Primary Production

    • Formats

    • Timestep

    • Monthly, Weekly

    • Collections

    • None
GODAS: NCEP Global Ocean Data Assimilation System GODAS: NCEP Global Ocean Data Assimilation System

  • Years of record

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GODAS is a real-time ocean analysis and a reanalysis. It is used for monitoring, retrospective analysis as well as for providing oceanic initial conditions for the CFS. Both temperature and synthetic salinity profiles are assimilated in a 3DVAR scheme. Beginning with March…

Main variables and Earth System components

Ocean 3D Velocity SST - sea surface temperature Salinity heat flux isothermal layer depth mixed layer depth potential temperature salt flux sea surface height

  • Experts contributing reviews

  • None
CHELSA high-resolution land surface temperature and precipitation CHELSA high-resolution land surface temperature and precipitation

  • Years of record

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The Climatologies at high resolution for the Earth's land surface (CHELSA) dataset contains high spatial resolution monthly climatologies of mean, maximum and minimum temperatures and mean precipitation, representing the period 1979-2013.  CHELSA is essentially a…

Main variables and Earth System components

Atmosphere Air Temperature Precipitation

    • Timestep

    • Climatology, Monthly

    • Collections

    • None
OAFlux: Objectively Analyzed air-sea Fluxes for the global oceans. OAFlux: Objectively Analyzed air-sea Fluxes for the global oceans.

  • Years of record

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"The OAFlux project aims to provide consistent, multi-decade, global analysis of air-sea heat, freshwater (evaporation), and momentum fluxes for use in studies of global energy budget, water cycle, atmosphere and ocean circulation, and climate. The OAFlux project is so…

Main variables and Earth System components

Atmosphere Latent & sensible heat flux Radiation Wind Ocean SST - sea surface temperature Surface Flux wind stress curl

    • Timestep

    • Daily, Monthly

    • Collections

    • None

  • Experts contributing reviews

  • None
Cloud Dataset Overview Cloud Dataset Overview

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Clouds cover about 70% of the earth's surface. They are important components of the cliimate's water and energy budgets. Historically, cloud reports have come from station or ship observations.  The satellite observation era, beginning in the 1980’s and spanning now…

Main variables and Earth System components

Atmosphere Cloud Properties
NCAR Sea Level Pressure NCAR Sea Level Pressure

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NCAR Sea Level Pressure is a gridded analysis of SLP based on land station reports, covering 1899 to present for latitudes 30°N-90°N. Quality controlled raw data plus empirical corrections for changes in instrumentation and station location.

Main variables and Earth System components

Atmosphere Sea Level Pressure
AVISO: Satellite derived Sea Surface Height above Geoid AVISO: Satellite derived Sea Surface Height above Geoid

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The sea surface height relative to the geoid (the mean ocean surface of the Earth if the ocean is at rest) is derived from TOPEX/Poseidon, Envisat, Jason-1, and OSTM/Jason-2 altimetry measurements. Altimetry is a technique for measuring height. Satellite altimetry measures…

Main variables and Earth System components

Ocean Sea Level sea surface height

  • Experts contributing reviews

  • None
NCEP-NCAR (R1): An Overview NCEP-NCAR (R1): An Overview

  • Years of record

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NCEP-NCAR (R1) is the original reanalysis effort. It uses a frozen global state-of-the-art global data assimilation system (as of 11 January 1995). The original database was enhanced (additional, quality checked datasets) by NCAR's Data Support Section. Originally planned…

Main variables and Earth System components

Atmosphere Air Temperature Geopotential Height

  • Experts contributing reviews

  • None
NDVI: Normalized-difference-vegetation-index: NOAA AVHRR NDVI: Normalized-difference-vegetation-index: NOAA AVHRR

  • Years of record

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Normalized Difference Vegetation Index (NDVI) values are derived from surface reflectance data acquired by the Advanced Very High Resolution Radiometer (AVHRR) sensor. By applying knowledge gathered over time about instrument performance and sensor characteristics, the…

Main variables and Earth System components

Land NDVI" Normalized Difference Vegetation Index

  • Experts contributing reviews

  • None
AIRS (Atmospheric InfraRed Sounder): Version 6 Level 2 AIRS (Atmospheric InfraRed Sounder): Version 6 Level 2

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AIRS Version 6 Level 2 data represent a significant improvement over AIRS Version 5 Level 2 products in terms of greater stability, yield, and quality. Several algorithmic improvements have been made by the AIRS Project in conjunction with the AIRS Science Team.…

Main variables and Earth System components

Atmosphere Aerosols Air Temperature CO Geopotential Height Ozone: Tropospheric Precipitable water Specific Humidity

  • Experts contributing reviews

  • None
GHCN-D: Global Historical climatology Network daily temperatures GHCN-D: Global Historical climatology Network daily temperatures

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The Global Historical Climatology Network Daily database, GHCN-D, contains meteorological measurements from over 90,000 stations across the globe.  The majority of station records contain precipitation data only, however other key variables including maximum…

Main variables and Earth System components

Atmosphere Maximum Air Temperature Minimum Air Temperature Precipitation

    • Timestep

    • Daily

    • Collections

    • None
Amundsen Sea Low indices Amundsen Sea Low indices

  • Years of record

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The Amundsen Sea Low (ASL) is a climatological low pressure center located over the extreme southern Pacific Ocean, off the coast of West Antarctica.  Atmospheric variability in this region is larger than anywhere else in the Southern Hemisphere, and exhibits…

Main variables and Earth System components

Atmosphere Sea Level Pressure
QuikSCAT: near sea-surface wind speed and direction QuikSCAT: near sea-surface wind speed and direction

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The QuikSCAT mission was intended to obtain sea-surface wind speed and direction data under all weather and cloud conditions over Earth's oceans. SeaWinds, an active radar scatterometer, is the main instrument on the QuikSCAT satellite. The microwave backscatter measured…

Main variables and Earth System components

Atmosphere Wind
Sea Ice Concentration data: Overview, Comparison table and graphs Sea Ice Concentration data: Overview, Comparison table and graphs

  • Years of record

Sea ice concentration is both an indicator and driver of high-latitude climate change with strong societal and ecological importance. It is a key boundary condition for atmospheric models (including those used in atmospheric reanalyses) and a benchmark for coupled climate…

Main variables and Earth System components

Cryosphere Sea Ice Concentration Ocean

  • Experts contributing reviews

  • None
NLDAS-2 Primary Forcing monthly average 2-m surface temperature for July 1980. NLDAS: North American Land Data Assimilation System

  • Years of record

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The North American Land Data Assimilation System (NLDAS) integrates a large quantity of observation-based and model reanalysis data to produce long-term hourly atmospheric forcing data, and then uses this meteorological data to drive offline (not coupled to the atmosphere…

Main variables and Earth System components

Atmosphere Air Temperature CAPE Evaporation Precipitation Radiation Specific Humidity Surface Pressure Wind
World Ocean Atlas 2013 (WOA13) World Ocean Atlas 2013 (WOA13)

  • Years of record

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The World Ocean Atlas (WOA) is a set of climatological mean, gridded fields of oceanographic variables based on in-situ measurements from a wide variety of sources.  Global, decadal averages of temperature, salinity, oxygen and nutrients are provided at monthly,…

Main variables and Earth System components

Ocean Dissolved Oxygen SST - sea surface temperature Sub Surface Salinity Sub Surface Temperature Sub-surface data phosphate potential temperature silicate
ERA-20C: ECMWF's atmospheric reanalysis of the 20th century (and comparisons with NOAA's 20CR) ERA-20C: ECMWF's atmospheric reanalysis of the 20th century (and comparisons with NOAA's 20CR)

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The ECMWF's first atmospheric reanalysis of the 20th Century, ERA-20C, provides a long, gridded dataset of many climate variables, spanning 1900-2010.  Observations assimilated include surface pressures from the International Surface Pressure Databank v3.2.6 and…

Main variables and Earth System components

Atmosphere Multiple variables
Cross section of a tree trunk showing alternating light and dark layers of the tree rings. from ucar scied, https://scied.ucar.edu/learning-zone/how-climate-works/tree-rings-and-climate credit pixabay Tree-ring width chronologies: An overview of their use as climate proxies and of available databases

  • Years of record

The width of an annual tree ring is a very simple indicator of the character of that year’s weather, but collectively the global network of tree-ring width measurements represents an invaluable resource for high-resolution paleoclimatology.

Main variables and Earth System components

    • Formats

    • Timestep

    • Annual

    • Collections

    • None
EN4 subsurface temperature and salinity for the global oceans EN4 subsurface temperature and salinity for the global oceans

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EN4 is a subsurface temperature and salinity dataset for the global oceans, spanning 1900 to present at a monthly timestep. It includes two types of data products: (1) a database of quality-controled in situ profiles and (2) a spatially complete analyses at 1 by 1 degree…

Main variables and Earth System components

Ocean potential temperature Sub Surface Salinity Sub Surface Temperature Sub-surface data

    • Timestep

    • Monthly

    • Collections

    • None
Overview: Carbon Dioxide (CO2) Data Sets Overview: Carbon Dioxide (CO2) Data Sets

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Directly measured and continuous records of atmospheric carbon dioxide (CO2) extend back to 1958. CO2 has also been measured in ancient air samples trapped in ice cores, and these records extend back hundreds of thousands of years. More recently, CO2 is being sampled by…

Main variables and Earth System components

Atmosphere CO2 Biosphere

  • Experts contributing reviews

  • None
FWI p95 in ERAI and CESM1-LE (contributed by Danielle Touma) Canadian Forest Fire Weather Index (FWI)

  • Years of record

Fire weather indices are used to quantify the meteorological conditions that can lead to fire ignition and spread. They are used to communicate fire danger levels to emergency and fire fighting management, as well as the public on short time scales, and also for…

Main variables and Earth System components

Atmosphere

    • Formats

    • Timestep

    • Domain

    • Collections

    • None
GRACE: Gravity Recovery and Climate Experiment: Surface mass, total water storage, and derived variables GRACE: Gravity Recovery and Climate Experiment: Surface mass, total water storage, and derived variables

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The Gravity Recovery and Climate Experiment (GRACE) refers to a pair of NASA satellites that has flown in low-Earth orbit since 2002. The satellites use a precise microwave ranging system to measure the distance between themselves due to gravitational acceleration. Onboard…

Main variables and Earth System components

Cryosphere Glaciers Ice Sheet Mass Land Groundwater surface water Water Storage Ocean Bottom pressure
Asymmetry and Diversity in the pattern, amplitude and duration of El Niño and La Niña Asymmetry and Diversity in the pattern, amplitude and duration of El Niño and La Niña

  • Years of record

El Niño and La Niña, the two phases of ENSO, are sometimes described as opposites. However, there are asymmetries in their spatial structure, amplitude, duration and seasonal evolution. This leads to differing teleconnections and global impacts, as well as implications for…

Main variables and Earth System components

Ocean SST - sea surface temperature

    • Formats

    • Timestep

    • Collections

    • None
Livneh gridded precipitation and other meteorological variables for continental US, Mexico and southern Canada Livneh gridded precipitation and other meteorological variables for continental US, Mexico and southern Canada

  • Years of record

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The Livneh et al. (2015) hydrometeorological dataset consists of gridded daily and monthly precipitation, maximum and minimum air temperature, and wind speed for the continental US, southern Canada, and Mexico for the period 1950-2013. Gridded at 1/16° horizontal…

Main variables and Earth System components

Atmosphere Maximum Air Temperature Minimum Air Temperature Precipitation Wind
E-OBS: High-resolution gridded mean/max/min temperature, precipitation and sea level pressure for Europe & Northern Africa E-OBS: High-resolution gridded mean/max/min temperature, precipitation and sea level pressure for Europe & Northern Africa

  • Years of record

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E-OBS is a high spatial resolution daily gridded data that covers the European region and is based on the station data collated by the ECA&D initiative (Klein Tank et al., 2002). These data are supplied by many European National Meteorological Services and other data…

Main variables and Earth System components

Atmosphere Air Temperature Maximum Air Temperature Minimum Air Temperature Precipitation Sea Level Pressure

    • Timestep

    • Daily

    • Collections

    • None
Meridional Modes and their indices Meridional Modes and their indices

  • Years of record

In each of the world’s tropical ocean basins, year-to-year climate variability is primarily governed by fluctuations in the zonal sea surface temperature (SST) gradient and zonal surface winds. These variations consist of recognizable climate modes, such as the El Niño-…

Main variables and Earth System components

Atmosphere Wind Ocean SST - sea surface temperature
CERES EBAF: Clouds and Earth's Radiant Energy Systems (CERES) Energy Balanced and Filled (EBAF) CERES EBAF: Clouds and Earth's Radiant Energy Systems (CERES) Energy Balanced and Filled (EBAF)

  • Years of record

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The CERES-EBAF product provides 1-degree regional, zonal and global monthly mean Top-of-Atmosphere (TOA) and surface (SFC) longwave (LW), shortwave (SW), and net (NET) fluxes under clear and all-sky conditions. EBAF is used for climate model evaluation, estimating the…

Main variables and Earth System components

Atmosphere Cloud Properties Radiation
NASA Satellite Product Levels NASA Satellite Product Levels

  • Years of record

NASA data products are categorized into different "Levels". These are product dependent but the following description for OMI (Ozone Monitoring Instrument) data products is a general guideline:Level-1B  (L1B): Products containing geolocated and calibrated spectral…

Main variables and Earth System components

    • Formats

    • Timestep

    • Domain

    • Collections

    • None

  • Experts contributing reviews

  • None
map of Tmin over eastern US (credit: Michele Thornton) Daymet: Daily Surface Weather and Climatological Summaries

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Daymet provides long-term, continuous, gridded estimates of daily weather and climatology variables by interpolating and extrapolating ground-based observations through statistical modeling techniques. The Daymet data products provide driver data for biogeochemical…

Main variables and Earth System components

Atmosphere Maximum Air Temperature Minimum Air Temperature Precipitation Radiation Water Vapor Cryosphere Snow Water Equivalent
NOAA 20th-Century Reanalysis, Version 2 and 2c NOAA 20th-Century Reanalysis, Version 2 and 2c

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The Twentieth Century Reanalysis (20CR) provides a comprehensive global atmospheric circulation data set spanning 1850-2014. Its chief motivation is to provide an observational validation data set, with quantified uncertainties, for assessing climate model simulations of…

Main variables and Earth System components

Atmosphere Air Temperature Geopotential Height

  • Experts contributing reviews

  • None
GHCNDEX: Gridded Temperature and Precipitation Climate Extremes Indices (CLIMDEX data) GHCNDEX: Gridded Temperature and Precipitation Climate Extremes Indices (CLIMDEX data)

  • Years of record

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GHCNDEX provides gridded, station-based indices of temperature- and precipitation- related climate extremes. It is intended for climate change detection and attribution studies, climate model evaluation, and operational monitoring of extreme climatic events. Twenty-six…

Main variables and Earth System components

Atmosphere Maximum Air Temperature Minimum Air Temperature Land Freeze/Thaw

  • Experts contributing reviews

  • None
NASA MERRA NASA MERRA

  • Years of record

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The Modern Era Retrospective-Analysis for Research and Applications (MERRA) was undertaken by NASA’s Global Modeling and Assimilation Office with two primary objectives: to place observations from NASA’s Earth Observing System satellites into a climate context and to…

Main variables and Earth System components

Atmosphere Air Temperature Geopotential Height Precipitable water Water Vapor

  • Experts contributing reviews

  • None
QBO: Quasi-Biennial Oscillation QBO: Quasi-Biennial Oscillation

  • Years of record

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The quasi-biennial oscillation (QBO) is a quasi-periodic oscillation of the equatorial zonal wind between easterlies and westerlies in the tropical stratosphere with a mean period of 28 to 29 months. The alternating wind regimes develop at the top of the lower stratosphere…

Main variables and Earth System components

Atmosphere Wind

    • Timestep

    • Monthly

    • Collections

    • None

  • Experts contributing reviews

  • None
Argo Ocean Temperature and Salinity Profiles Argo Ocean Temperature and Salinity Profiles

  • Years of record

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Argo is an array of over 3600 profiling floats distributed almost uniformly across the global oceans. First deployed in 2000, Argo floats provide temperature and salinity profiles from the surface to a depth of 2000m. The array has approximately 1 float for every…

Main variables and Earth System components

Ocean Salinity Sub Surface Salinity Sub Surface Temperature

    • Timestep

    • Monthly, Weekly

    • Collections

    • None
Figure 2: Map of the locations for all available IGRA v2.2 stations. Integrated Global Radiosonde Archive (IGRA)

  • Years of record

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The largest publicly available collection of quality-controlled, globally-distributed, historical radiosonde and pilot balloon observations is the Integrated Global Radiosonde Archive (IGRA; Durre et al. 2006, 2018). First released in 2004, IGRA is maintained and…

Main variables and Earth System components

Atmosphere Dew Point Temperature Geopotential Height Multiple variables Relative Humidity Wind

    • Timestep

    • Sub-daily

    • Collections

    • None
MODIS GPP/NPP Project (MOD17) MODIS GPP/NPP Project (MOD17)

  • Years of record

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The goal of the MOD17 MODIS project is to provide continuous estimates of Gross/Net Primary Production (GPP/NPP) across Earth’s entire vegetated land surface. MOD17 GPP/NPP outputs are useful for natural resource and land management, global carbon cycle analysis, ecosystem…

Main variables and Earth System components

Biosphere NPP: Net Primary Production

    • Timestep

    • Monthly, Weekly, Annual

    • Collections

    • None

  • Experts contributing reviews

  • None
SST data: HadSST4 SST data: HadSST4

  • Years of record

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HadSST4 provides monthly SST anomalies on a 5°x5° grid for 1850-present. The anomalies are derived from a 30-year climatology spanning 1961-90. Coverage is global but there is no interpolation; Thus, missing data occur in the final product. This means that uncertainties…

Main variables and Earth System components

Ocean SST - sea surface temperature
contribution from each of the different evaporation components in GLEAM for 1980-2022 (contributed by A Koppa and D Miralles) Global Land Evaporation Amsterdam Model (GLEAM)

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The Global Land Evaporation Amsterdam Model (GLEAM) is a satellite remote sensing-based set of algorithms dedicated to the estimation of evaporation and soil moisture at global scales (Miralles et al. 2011). The current version of GLEAM (version 3) operates at a daily time…

Main variables and Earth System components

Biosphere land evaporation Land evapotranspiration Soil Moisture

    • Formats

    • Timestep

    • Daily

    • Collections

    • None
A team on a boat coring lakes in the Arctic (credit: Laura Larocca) An overview of paleoclimate information from high-resolution lake sediment records: Strengths, limitations and key databases

  • Years of record

Accumulated sediments at the bottom of lakes are invaluable archives of past climate and environmental change. These sediments contain a variety of physical, geochemical, and biological proxy indicators that can be used to gain a multi-faceted understanding of past…

Main variables and Earth System components

Atmosphere Air Temperature Precipitation Biosphere Pollen Land
Global surface temperature data: MLOST: NOAA Merged Land-Ocean Surface Temperature Analysis Global surface temperature data: MLOST: NOAA Merged Land-Ocean Surface Temperature Analysis

  • Years of record

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NOAA's Merged Land-Ocean Surface Temperature Analysis (MLOST) combines land surface air temperatures primarily from the Global Historical Climatology Network, Monthly (GHCN-M) version 3 with SSTs of the ERSSTv3b analysis into a comprehensive global surface temperature data…

Main variables and Earth System components

Atmosphere Air Temperature Ocean SST - sea surface temperature

  • Experts contributing reviews

  • None
X-ray image illustrating the annual density bands in corals. (Image credit: USGS via Allison Lawman)) Coral geochemical records: An overview of their use as climate proxies and of available databases

  • Years of record

Coral records are one of the main types of high-resolution (annual to sub-annual) paleoclimate proxies, providing timeseries of environmental conditions reaching hundreds to thousands of years into the past in the tropics, the central driver of the global atmospheric…

Main variables and Earth System components

Atmosphere Evaporation Evaporation-Precipitation Precipitation Ocean Salinity SST - sea surface temperature
Global Permafrost Zonation Index Map Global Permafrost Zonation Index Map

  • Years of record

This data set contains a global (excluding Antarctica) 1 km map of permafrost zonation. It is an estimate of to what degree permafrost exists in a region nearly everywhere, or only in the most favorable conditions. These local conditions affecting permafrost occurrence…

Main variables and Earth System components

Cryosphere Permafrost Land
SST data: NOAA Extended Reconstruction SSTs, version 3 (ERSSTv3 & 3b) SST data: NOAA Extended Reconstruction SSTs, version 3 (ERSSTv3 & 3b)

  • Years of record

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The NOAA Extended Reconstruction Sea Surface Temperature (ERSST) provides global, spatially complete SST data at a monthly timestep for 1854-present. Version3 is based upon statistical interpolation of the ICOADS release 2.4 data. Version 3 includes satellite AVHRR SST…

Main variables and Earth System components

Ocean SST - sea surface temperature
Radiative kernels from climate models Radiative kernels from climate models

  • Years of record

The radiative kernel technique is a method used to quantify radiative feedbacks in response to global warming.  Radiative kernels are commonly calculated for the water vapor, lapse rate, temperature and albedo feedbacks.  Radiative kernels are used to deconstruct…

Main variables and Earth System components

    • Timestep

    • Climatology

    • Collections

    • None