This website uses cookies. By continuing to use this website you are agreeing to our use of cookies. 
CEDA logo

Dataset

 

Global removal methane simulation measurements from UKESM1 model using UKCA coupled with JULES and MEDUSA

Latest Data Update: 2021-02-02
Status: Completed
Online Status: ONLINE
Publication State: Published
Publication Date: 2021-02-03
Download Stats: last 12 months
Dataset Size: 1 Files | 773KB
Abstract

This dataset contains global removal methane simulation measurements from the UK Earth system models (UKESM1) model using UK Chemistry and Aerosol (UKCA) coupled with Joint UK Land Environment Simulator (JULES) and Model of Ecosystem Dynamics, nutrient Utilisation, Sequestrationand Acidification (MEDUSA). Using UKESM1, a series of simulations of methane removal were run until 2100.

The measurements include globally averaged data for methane emissions, surface temperature, and surface ozone at a monthly time period. This was completed using the new emissions-driven configuration of UKESM1. Model resolution is N96L85-ORCA1 with 85 vertical levels. Wetland methane emissions are interactively coupled to UKCA. (More details available in Sellar et al 2019 and Folberth et al 2021). The different columns are different simulations. These can be broken down into two broad categories: those based on SSP1-2.6 and those based on SSP3-7.0.

For each SSP, we created a set of methane removal simulations with the modified prescribed methane emissions shown in the corresponding columns. These were for the base SSP, a series of different removal amounts (0.25, 0.5, 0.75, 1, 1.5, and 2.0 x the removal in SSP3-7.0LowCH4) and a series of different timings for the start of removal (2020, 2030, 2040, 2050). For each simulations, global means surface temperature and ozone are gathered in this data. Location extent is full global average.

Citable as:  Abernethy, S. (2021): Global removal methane simulation measurements from UKESM1 model using UKCA coupled with JULES and MEDUSA. Centre for Environmental Data Analysis, date of citation. https://catalogue.ceda.ac.uk/uuid/1bd597257788460189e62f46d60e0b0e/
Abbreviation: Not defined
Keywords: removal, methane, UKKESM1, UKCA

Details

Previous Info:
No news update for this record
Previously used record identifiers:
No related previous identifiers.
Access rules:
Public data: access to these data is available to both registered and non-registered users.
Use of these data is covered by the following licence(s):
http://www.nationalarchives.gov.uk/doc/open-government-licence/version/3/
When using these data you must cite them correctly using the citation given on the CEDA Data Catalogue record.
Data lineage:

Data were produced by the project team and supplied for archiving at the Centre for Environmental Data Analysis (CEDA).
Data Quality:
Data are as given by the data provider, no quality control has been performed by the Centre for Environmental Data Analysis (CEDA)
File Format:
Data are BADC-CSV formatted.

Related Documents

 Explainer: How ‘Shared Socioeconomic Pathways’ explore future climate change

Process overview

This dataset was generated by the computation detailed below.
Title

UKESM1 deployed on unknown computer
Abstract

UKESM1 deployed on unknown computer
Input Description

None
Output Description

None
Software Reference

None
  • var_id: emissions_ssp3_2020
  • long_name: UKESM1 prescribed CH4 emission rate 2020 time removal
  • units: Teragrams per year
  • units: Teragrams per year
  • var_id: emissions_ssp3_2030
  • long_name: UKESM1 prescribed CH4 emission rate 2030 time removal
  • units: Teragrams per year
  • var_id: emissions_ssp3_2040
  • long_name: UKESM1 prescribed CH4 emission rate 2040 time removal
  • units: Teragrams per year
  • var_id: emissions_ssp3_2050
  • long_name: UKESM1 prescribed CH4 emission rate 2050 time removal
  • units: Teragrams per year
  • var_id: emissions_ssp3_base
  • long_name: UKESM1 prescribed CH4 emission rate baseline scenario
  • units: Teragrams per year
  • var_id: emissions_ssp3_0.25
  • long_name: UKESM1 prescribed CH4 emission rate multiplying 0.25 removal
  • units: Teragrams per year
  • var_id: emissions_ssp3_0.5
  • long_name: UKESM1 prescribed CH4 emission rate multiplying 0.5 removal
  • units: Teragrams per year
  • var_id: emissions_ssp3_0.75
  • long_name: UKESM1 prescribed CH4 emission rate multiplying 0.75 removal
  • units: Teragrams per year
  • var_id: emissions_ssp3_low
  • long_name: UKESM1 prescribed CH4 emission rate multiplying 1 removal
  • units: Teragrams per year
  • var_id: emissions_ssp3_1.5
  • long_name: UKESM1 prescribed CH4 emission rate multiplying 1.5 removal
  • units: Teragrams per year
  • var_id: emissions_ssp3_2.0
  • long_name: UKESM1 prescribed CH4 emission rate multiplying 2 removal
  • var_id: time
  • long_name: calendar date (month/day/year)
  • units: month/day/year
  • units: parts per billion
  • var_id: ozone_ssp3_2020
  • long_name: global mean surface ozone 2020 time removal
  • units: parts per billion
  • var_id: ozone_ssp3_2030
  • long_name: global mean surface ozone 2030 time removal
  • units: parts per billion
  • var_id: ozone_ssp3_2040
  • long_name: global mean surface ozone 2040 time removal
  • units: parts per billion
  • var_id: ozone_ssp3_2050
  • long_name: global mean surface ozone 2050 time removal
  • units: parts per billion
  • var_id: ozone_ssp3_base
  • long_name: global mean surface ozone baseline scenario
  • units: parts per billion
  • var_id: ozone_ssp3_0.25
  • long_name: global mean surface ozone multiplying 0.25 removal
  • units: parts per billion
  • var_id: ozone_ssp3_0.5
  • long_name: global mean surface ozone multiplying 0.5 removal
  • units: parts per billion
  • var_id: ozone_ssp3_0.75
  • long_name: global mean surface ozone multiplying 0.75 removal
  • units: parts per billion
  • var_id: ozone_ssp3_low
  • long_name: global mean surface ozone multiplying 1 removal
  • units: parts per billion
  • var_id: ozone_ssp3_1.5
  • long_name: global mean surface ozone multiplying 1.5 removal
  • units: parts per billion
  • var_id: ozone_ssp3_2.0
  • long_name: global mean surface ozone multiplying 2 removal
  • units: Kelvin
  • var_id: temp_ssp3_2020
  • long_name: global mean surface temperature 2020 time removal
  • units: Kelvin
  • var_id: temp_ssp3_2030
  • long_name: global mean surface temperature 2030 time removal
  • units: Kelvin
  • var_id: temp_ssp3_2040
  • long_name: global mean surface temperature 2040 time removal
  • units: Kelvin
  • var_id: temp_ssp3_2050
  • long_name: global mean surface temperature 2050 time removal
  • units: Kelvin
  • var_id: temp_ssp3_base
  • long_name: global mean surface temperature baseline scenario
  • units: Kelvin
  • var_id: temp_ssp3_0.25
  • long_name: global mean surface temperature multiplying 0.25 removal
  • units: Kelvin
  • var_id: temp_ssp3_0.5
  • long_name: global mean surface temperature multiplying 0.5 removal
  • units: Kelvin
  • var_id: temp_ssp3_0.75
  • long_name: global mean surface temperature multiplying 0.75 removal
  • units: Kelvin
  • var_id: temp_ssp3_low
  • long_name: global mean surface temperature multiplying 1 removal
  • units: Kelvin
  • var_id: temp_ssp3_1.5
  • long_name: global mean surface temperature multiplying 1.5 removal
  • units: Kelvin
  • var_id: temp_ssp3_2.0
  • long_name: global mean surface temperature multiplying 2 removal

Co-ordinate Variables

Coverage
Temporal Range
Start time:
2020-01-01T00:00:00
End time:
2100-12-31T23:59:59
Geographic Extent

 
90.0000°
  
-180.0000°
  
180.0000°
 
-90.0000°
  
Related parties
Authors (1)
Publishers (1)