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Files | Size | Format | Created | Updated | License | Source |
---|---|---|---|---|---|---|
3 | 169kB | csv zip | 6 years ago | 5 years ago | ODC-PDDL-1.0 | Global Annual Temperature Anomalies (Land), 1880-2014 Global Annual Temperature Anomalies (Land+Ocean), 1880-2014 Hemispheric Temperature Anomalies (Land+Ocean), 1880-2014 Global Annual Temperature Anomalies (Land+Ocean) for three latitude bands, 1900-2014 |
Download files in this dataset
File | Description | Size | Last changed | Download |
---|---|---|---|---|
global-temp-annual | 6kB | csv (6kB) , json (19kB) | ||
global-temp-5yr | 6kB | csv (6kB) , json (19kB) | ||
global-temp-anomalies_zip | Compressed versions of dataset. Includes normalized CSV and JSON data with original data and datapackage.json. | 16kB | zip (16kB) |
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This is a preview version. There might be more data in the original version.
Field Name | Order | Type (Format) | Description |
---|---|---|---|
Year | 1 | date (%Y-%m-%d) | YYYY |
Land | 2 | number | Global annual anomalies computed from land data, in degrees C |
Land and Ocean | 3 | number | Global annual anomalies computed from land and ocean data, in degrees C |
N Hem | 4 | number | Northern hemisphere annual anomalies computed from land and ocean data, in degrees C |
S Hem | 5 | number | Southern hemisphere annual anomalies computed from land and ocean data, in degrees C |
Band 1 | 6 | number | Latitude band (90N-23.6N, 30% of global area) annual anomalies computed from land and ocean data, in degrees C |
Band 2 | 7 | number | Latitude band (23.6N-23.6S, 40% of global area) annual anomalies computed from land and ocean data, in degrees C |
Band 3 | 8 | number | Latitude band (23.6S-90S, 30% of global area) annual anomalies computed from land and ocean data, in degrees C |
Signup to Premium Service for additional or customised data - Get Started
This is a preview version. There might be more data in the original version.
Field Name | Order | Type (Format) | Description |
---|---|---|---|
Year | 1 | date (%Y-%m-%d) | YYYY |
Land | 2 | number | Global 5-year anomalies mean computed from land data, in degrees C |
Land and Ocean | 3 | number | Global 5-year anomalies mean computed from land and ocean data, in degrees C |
N Hem | 4 | number | Northern hemisphere 5-year anomalies mean computed from land and ocean data, in degrees C |
S Hem | 5 | number | Southern hemisphere 5-year anomalies mean computed from land and ocean data, in degrees C |
Band 1 | 6 | number | Latitude band (90N-23.6N, 30% of global area) 5-year anomalies mean computed from land and ocean data, in degrees C |
Band 2 | 7 | number | Latitude band (23.6N-23.6S, 40% of global area) 5-year anomalies mean computed from land and ocean data, in degrees C |
Band 3 | 8 | number | Latitude band (23.6S-90S, 30% of global area) 5-year anomalies mean computed from land and ocean data, in degrees C |
Use our data-cli tool designed for data wranglers:
data get https://datahub.io/core/global-temp-anomalies
data info core/global-temp-anomalies
tree core/global-temp-anomalies
# Get a list of dataset's resources
curl -L -s https://datahub.io/core/global-temp-anomalies/datapackage.json | grep path
# Get resources
curl -L https://datahub.io/core/global-temp-anomalies/r/0.csv
curl -L https://datahub.io/core/global-temp-anomalies/r/1.csv
curl -L https://datahub.io/core/global-temp-anomalies/r/2.zip
If you are using R here's how to get the data you want quickly loaded:
install.packages("jsonlite", repos="https://cran.rstudio.com/")
library("jsonlite")
json_file <- 'https://datahub.io/core/global-temp-anomalies/datapackage.json'
json_data <- fromJSON(paste(readLines(json_file), collapse=""))
# get list of all resources:
print(json_data$resources$name)
# print all tabular data(if exists any)
for(i in 1:length(json_data$resources$datahub$type)){
if(json_data$resources$datahub$type[i]=='derived/csv'){
path_to_file = json_data$resources$path[i]
data <- read.csv(url(path_to_file))
print(data)
}
}
Note: You might need to run the script with root permissions if you are running on Linux machine
Install the Frictionless Data data package library and the pandas itself:
pip install datapackage
pip install pandas
Now you can use the datapackage in the Pandas:
import datapackage
import pandas as pd
data_url = 'https://datahub.io/core/global-temp-anomalies/datapackage.json'
# to load Data Package into storage
package = datapackage.Package(data_url)
# to load only tabular data
resources = package.resources
for resource in resources:
if resource.tabular:
data = pd.read_csv(resource.descriptor['path'])
print (data)
For Python, first install the `datapackage` library (all the datasets on DataHub are Data Packages):
pip install datapackage
To get Data Package into your Python environment, run following code:
from datapackage import Package
package = Package('https://datahub.io/core/global-temp-anomalies/datapackage.json')
# print list of all resources:
print(package.resource_names)
# print processed tabular data (if exists any)
for resource in package.resources:
if resource.descriptor['datahub']['type'] == 'derived/csv':
print(resource.read())
If you are using JavaScript, please, follow instructions below:
Install data.js
module using npm
:
$ npm install data.js
Once the package is installed, use the following code snippet:
const {Dataset} = require('data.js')
const path = 'https://datahub.io/core/global-temp-anomalies/datapackage.json'
// We're using self-invoking function here as we want to use async-await syntax:
;(async () => {
const dataset = await Dataset.load(path)
// get list of all resources:
for (const id in dataset.resources) {
console.log(dataset.resources[id]._descriptor.name)
}
// get all tabular data(if exists any)
for (const id in dataset.resources) {
if (dataset.resources[id]._descriptor.format === "csv") {
const file = dataset.resources[id]
// Get a raw stream
const stream = await file.stream()
// entire file as a buffer (be careful with large files!)
const buffer = await file.buffer
// print data
stream.pipe(process.stdout)
}
}
})()
Nasa GISS Surface Temperature (GISTEMP) Analysis. Four different series are provided: Global Annual Temperature Anomalies (Land) 1880-2014, Global Annual Temperature Anomalies (Land and Ocean) 1880-2014, Hemispheric Temperature Anomalies (Land+ Ocean) 1880-2014 and Annual Temperature anomalies (Land + Ocean) for three latitude bands that cover 30%, 40% and 30% of the global area, respectively, 1900-2014.
1880-2014 (Anomalies are relative to the 1951-80 base period means.)
The NASA GISS Surface Temperature (GISTEMP) analysis provides a measure of the changing global surface temperature with monthly resolution for the period since 1880, when a reasonably global distribution of meteorological stations was established. The input data Ruedy et al. use for the analysis, collected by many national meteorological services around the world, are the adjusted data of the Global Historical Climatology Network (GHCN) Vs. 3 (this represents a change from prior use of unadjusted Vs. 2 data) (Peterson and Vose, 1997 and 1998), United States Historical Climatology Network (USHCN) data, and SCAR (Scientific Committee on Antarctic Research) data from Antarctic stations. Documentation of the basic analysis method is provided by Hansen et al. (1999), with several modifications described by Hansen et al. (2001). The GISS analysis is updated monthly, however CDIAC’s presentation of the data here is updated annually.
The global mean temperature for 2014 was the warmest on record (see Trends section for further details)
Python 2 together with modules urllib and csv are required in order to process the data.
Run the following script from this directory to download and process the data:
make
The raw data are stored in ./archive/
. The processed data can be found in ./data
.
Data are sourced from US Federal government funded agency and no copyright restrictions are applied. More specifically:
If you wish to use a diagram, image, graph, table, or other materials from the CDIAC website and are concerned with obtaining permission and possible copyright restrictions, there should be no concerns. All of the reports, graphics, data, and other information on the CDIAC website are freely and publicly available without copyright restrictions.*
All the additional work made to build this Data Package is made available under the Public Domain Dedication and License v1.0 whose full text can be found at: http://www.opendatacommons.org/licenses/pddl/1.0/
Ruedy, R., M. Sato, and K. Lo. 2015. NASA GISS Surface Temperature (GISTEMP) Analysis. In Trends: A Compendium of Data on Global Change. Carbon Dioxide Information Analysis Center, Oak Ridge National Laboratory, U.S. Department of Energy, Oak Ridge, Tenn., U.S.A. doi: 10.3334/CDIAC/cli.001 .
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