[{"data":1,"prerenderedAt":237},["ShallowReactive",2],{"glossary":3},[4,22,33,48,61,74,87,99,115,126,138,152,165,184,199,211,224],{"id":5,"aliases":6,"expansion":7,"extension":8,"links":9,"long":16,"meta":17,"short":18,"stem":19,"term":20,"__hash__":21},"glossary\u002Fglossary\u002Faccess.yml",null,"Australian Community Climate and Earth System Simulator","yml",[10,13],{"title":11,"url":12},"ACCESS-NRI","https:\u002F\u002Fwww.access-nri.org.au",{"title":14,"url":15},"CSIRO","https:\u002F\u002Fwww.csiro.au","ACCESS is Australia's flagship coupled climate and earth-system model, developed and run as a partnership: ACCESS-NRI (the National Research Infrastructure) leads the software, model development and computational infrastructure, while CSIRO leads the underlying science. Together they produce ACCESS's contribution to CMIP7 — the experiments this dashboard tracks.",{},"Australia's national climate and earth-system model, developed and run jointly by ACCESS-NRI and CSIRO.","glossary\u002Faccess","ACCESS","o8ZtyKkJtSPysdaWaKNF4BbczAXDQ9XefRDW-8t-yx0",{"id":23,"aliases":24,"expansion":26,"extension":8,"links":6,"long":27,"meta":28,"short":29,"stem":30,"term":31,"__hash__":32},"glossary\u002Fglossary\u002Famip.yml",[25],"amip","Atmospheric Model Intercomparison Project","In AMIP-style experiments the sea-surface temperatures and sea ice are fixed to observed values, so only the atmospheric part of the model is exercised. This isolates atmospheric behaviour from ocean feedbacks, which is why AMIP runs are treated as model-evaluation experiments rather than projections of the future.",{},"Experiments where the ocean is prescribed from observations, testing just the atmosphere.","glossary\u002Famip","AMIP","6bbuZBBgDDqOFmk3Hz_KoxM7HCWYMWWBmneya4I1d1k",{"id":34,"aliases":35,"expansion":37,"extension":8,"links":38,"long":42,"meta":43,"short":44,"stem":45,"term":46,"__hash__":47},"glossary\u002Fglossary\u002Fcmip.yml",[36],"CMIPs","Coupled Model Intercomparison Project",[39],{"title":40,"url":41},"WCRP CMIP — the Coupled Model Intercomparison Project","https:\u002F\u002Fwcrp-cmip.org\u002F","CMIP is a long-running, community-wide project that agrees on a common set of climate-model experiments and output formats. Because every participating group runs the same experiments in the same way, their models can be compared like-for-like, and the results feed into major assessments such as the IPCC reports. It runs in numbered phases — CMIP5, CMIP6, and now CMIP7.",{},"The international effort where climate-modelling groups run a shared set of experiments so their results can be compared.","glossary\u002Fcmip","CMIP","yXvJGCh1M-AysIQJzeLyxQcF_YjS3fa1AAe5e0yVoCU",{"id":49,"aliases":6,"expansion":50,"extension":8,"links":51,"long":55,"meta":56,"short":57,"stem":58,"term":59,"__hash__":60},"glossary\u002Fglossary\u002Fcmip7.yml","Coupled Model Intercomparison Project — Phase 7",[52],{"title":53,"url":54},"WCRP CMIP7","https:\u002F\u002Fwcrp-cmip.org\u002Fcmip7\u002F","CMIP7 is the seventh phase of CMIP. It defines the current generation of shared experiments that modelling groups worldwide are running and publishing. This dashboard reports the progress and results of ACCESS — Australia's model, developed and run jointly by ACCESS-NRI and CSIRO.",{},"The current phase of CMIP, and the set of experiments this dashboard tracks.","glossary\u002Fcmip7","CMIP7","E2njjZ4DrUaEcBrKZKTIaZPZ7Pvm6b7_8QeM5zMhuV0",{"id":62,"aliases":6,"expansion":63,"extension":8,"links":64,"long":68,"meta":69,"short":70,"stem":71,"term":72,"__hash__":73},"glossary\u002Fglossary\u002Fdeck.yml","Diagnosis, Evaluation, and Characterization of Klima",[65],{"title":66,"url":67},"Eyring et al. (2016): CMIP6 experimental design and organisation (defines the DECK)","https:\u002F\u002Fdoi.org\u002F10.5194\u002Fgmd-9-1937-2016","The DECK (Diagnosis, Evaluation, and Characterization of Klima) is a small, fixed  set of core experiments — a pre-industrial control, a historical run, and a couple of idealised CO₂ experiments — that every model contributes in each phase of CMIP.  Keeping this entry set constant across models and across CMIP generations is what  makes results comparable over time. (\"Klima\" is just the Greek word for climate.)",{},"The standard baseline set of experiments every CMIP model is expected to run.","glossary\u002Fdeck","DECK","AQKMzRq3CIgg7bprFiQq1GLIu5Hj0XXVeeDApubZySA",{"id":75,"aliases":76,"expansion":6,"extension":8,"links":6,"long":81,"meta":82,"short":83,"stem":84,"term":85,"__hash__":86},"glossary\u002Fglossary\u002Fensemble.yml",[77,78,79,80],"ensemble member","ensemble members","realisation","realization","Because the climate varies naturally from year to year, a single run can be misleading. An ensemble runs the same experiment several times from slightly different starting conditions; comparing the members separates the forced climate signal from random internal variability.",{},"A set of runs of the same experiment that differ only in tiny initial tweaks.","glossary\u002Fensemble","ensemble","GFhiJSSwghpMIJrauOIq520HzfBRN4Heluafeng2-A8",{"id":88,"aliases":6,"expansion":89,"extension":8,"links":90,"long":93,"meta":94,"short":95,"stem":96,"term":97,"__hash__":98},"glossary\u002Fglossary\u002Fesgf.yml","Earth System Grid Federation",[91],{"title":89,"url":92},"https:\u002F\u002Fesgf.llnl.gov\u002F","ESGF is a federation of data servers around the world that together host climate model output, including all CMIP data. When an experiment on this dashboard is marked \"ESGF published\", its data has been uploaded to that archive and is available for anyone to download and analyse.",{},"The distributed data archive where CMIP model output is published and downloaded.","glossary\u002Fesgf","ESGF","dijiLuudvBET1pHKmGNQJg7eq-Fka4Lx6L6rASxcChw",{"id":100,"aliases":101,"expansion":6,"extension":8,"links":106,"long":109,"meta":110,"short":111,"stem":112,"term":113,"__hash__":114},"glossary\u002Fglossary\u002Ffast-track.yml",[102,103,104,105],"Fast-Track","FastTrack","AFT","Assessment Fast Track",[107],{"title":108,"url":54},"WCRP CMIP7 — experiments and Fast Track","The Fast Track is the set of highest-priority CMIP7 experiments that modelling groups focus on completing first, so the most important science and assessment needs are met early rather than waiting for the full experiment catalogue. It is a scheduling and prioritisation concept, not a different kind of experiment.",{},"A prioritised subset of CMIP7 experiments that groups aim to deliver first.","glossary\u002Ffast-track","Fast Track","Y_IF1Fq_vueDidWGgmhMogm3CLIknIlIzZQTqIWBFXg",{"id":116,"aliases":117,"expansion":118,"extension":8,"links":6,"long":120,"meta":121,"short":122,"stem":123,"term":124,"__hash__":125},"glossary\u002Fglossary\u002Fforcing.yml",[118,119],"Radiative forcing","forcings","A radiative forcing is an externally imposed change to the planet's energy budget, measured in watts per square metre, such as the extra heat trapped by added CO₂. Experiments differ mainly in how their forcings are set — held fixed (controls), following the historical record, or changed in an idealised way (like abruptly quadrupling CO₂).",{},"An imposed change to Earth's energy balance — for example from CO₂ — that drives climate change.","glossary\u002Fforcing","forcing","2EkBUNA1duf6Tuz1mpNoj1fKcNG44jG7BrGbZMFl4vA",{"id":127,"aliases":6,"expansion":128,"extension":8,"links":129,"long":133,"meta":134,"short":135,"stem":136,"term":131,"__hash__":137},"glossary\u002Fglossary\u002Fipcc.yml","Intergovernmental Panel on Climate Change",[130],{"title":131,"url":132},"IPCC","https:\u002F\u002Fwww.ipcc.ch\u002F","The IPCC periodically assesses the state of climate science for policymakers. Its assessment reports draw heavily on CMIP model experiments, which is much of the reason those experiments are standardised and comparable across models.",{},"The UN body that assesses climate science, and a major consumer of CMIP results.","glossary\u002Fipcc","cX88Quu83cLjE96-jrdqruAvahyvGyocpEv4A8SRLP0",{"id":139,"aliases":140,"expansion":6,"extension":8,"links":142,"long":146,"meta":147,"short":148,"stem":149,"term":150,"__hash__":151},"glossary\u002Fglossary\u002Fpayu.yml",[141],"Payu",[143],{"title":144,"url":145},"payu documentation","https:\u002F\u002Fpayu.readthedocs.io\u002F","payu is a workflow-management tool for running climate-model experiments reproducibly on supercomputers, developed and maintained by ACCESS-NRI. It lays out each experiment, submits its runs and records metadata — which is where much of the run telemetry on this dashboard comes from.",{},"The workflow tool ACCESS-NRI develops to configure, run and track model experiments.","glossary\u002Fpayu","payu","PPfaz9GwOWPnXwC6CdXhxcT0AljCjqS34-x-gswYDFk",{"id":153,"aliases":154,"expansion":155,"extension":8,"links":156,"long":159,"meta":160,"short":161,"stem":162,"term":163,"__hash__":164},"glossary\u002Fglossary\u002Fref.yml",[155],"Rapid Evaluation Framework",[157],{"title":158,"url":54},"WCRP CMIP7 — Rapid Evaluation Framework","The Rapid Evaluation Framework (REF) is the evaluation layer of CMIP7: automated tooling that assesses how well a model's output reproduces the observed climate. It is a distinct dimension from run progress — an experiment can be finished yet not yet evaluated — which is why this dashboard shows evaluation status apart from the years-run telemetry.",{},"Tooling that checks how well model output performs, separate from how far a run has progressed.","glossary\u002Fref","REF","9oLaHWmNxr0-WcI5GsqK6092RD4vyS2bpQkZR81ijC4",{"id":166,"aliases":167,"expansion":6,"extension":8,"links":171,"long":178,"meta":179,"short":180,"stem":181,"term":182,"__hash__":183},"glossary\u002Fglossary\u002Fscenario.yml",[168,169,170],"Scenarios","ScenarioMIP","scen7",[172,175],{"title":173,"url":174},"WCRP CMIP — Explainer: scenarios for CMIP7","https:\u002F\u002Fwcrp-cmip.org\u002Fexplainer-scenarios-for-cmip7\u002F",{"title":176,"url":177},"van Vuuren et al. (2026): The Scenario Model Intercomparison Project for CMIP7","https:\u002F\u002Fgmd.copernicus.org\u002Farticles\u002F19\u002F2627\u002F2026\u002F","A scenario is a storyline of future emissions — built from assumptions about population, economic growth, technology and climate policy — that models run forward to project how the climate could respond. CMIP7 uses seven, named for where they end up rather than by an SSP number: High (h), High-to-Low (hl), Medium (m), Medium-to-Low (ml), Low (l), Low-to-Negative (ln) and Very Low (vl). Medium follows today's policies; Very Low cuts emissions as fast as is plausibly possible; the \"-to-\" pathways rise first and fall later, overshooting before coming back down. Runs named esm-scen7-* are the same pathways driven by emissions with an interactive carbon cycle rather than by prescribed CO₂ concentrations. Scenarios are exploratory, not predictions: each asks \"if the world went this way, what would the climate do?\"",{},"A storyline of future emissions that models run forward to project a possible climate.","glossary\u002Fscenario","Scenario","_h1ConnMffoq6Gvy0kqagh9CA_e7qk0Ybgd4Pmx6RKk",{"id":185,"aliases":186,"expansion":188,"extension":8,"links":189,"long":193,"meta":194,"short":195,"stem":196,"term":197,"__hash__":198},"glossary\u002Fglossary\u002Fssp.yml",[187],"SSPs","Shared Socioeconomic Pathway",[190],{"title":191,"url":192},"O'Neill et al. (2016): The Scenario Model Intercomparison Project (ScenarioMIP)","https:\u002F\u002Fdoi.org\u002F10.5194\u002Fgmd-9-3461-2016","SSPs describe different plausible futures for population, economic growth, technology and policy, each implying a different path for greenhouse-gas emissions. Pairing an SSP with a level of climate forcing (for example \"SSP2-4.5\") gives a scenario that models run forward to project a possible future climate — as opposed to the idealised or historical experiments that characterise how the model itself behaves. CMIP7 names its scenarios by the emissions level they reach (High, Medium, Very Low …) rather than by SSP number.",{},"A storyline of future society and emissions used to drive climate projections.","glossary\u002Fssp","SSP","eMgiwaw9jaJelkBMy46WRw2WolZQujm1Gzqj_wqTZyg",{"id":200,"aliases":201,"expansion":202,"extension":8,"links":6,"long":205,"meta":206,"short":207,"stem":208,"term":209,"__hash__":210},"glossary\u002Fglossary\u002Fsu.yml",[202,203,204],"Service Unit","Service Units","SUs","A Service Unit is the accounting unit for time on a shared supercomputer (roughly one core-hour, adjusted for the resources a job requests). The dashboard reports the SUs used per experiment as a measure of how much compute a run has cost.",{},"The unit of supercomputer time an experiment consumes — a measure of compute cost.","glossary\u002Fsu","SU","Ihkp2N6_-2PUwpX2pcS0ar9ETRZxLv2Cf2GAXhjcuQc",{"id":212,"aliases":213,"expansion":217,"extension":8,"links":6,"long":218,"meta":219,"short":220,"stem":221,"term":222,"__hash__":223},"glossary\u002Fglossary\u002Ftas.yml",[214,215,216],"TAS","near-surface air temperature","gm_tas","Near-surface air temperature","\"tas\" is the CMIP variable name for near-surface (about 2 metres) air temperature. Its global mean is the number most people mean by \"global warming\", and several derived indicators on this dashboard — such as global-mean temperature — are built from it.",{},"Air temperature about 2 m above the surface — the basis of \"global temperature\".","glossary\u002Ftas","tas","EN-X7nW_zqM4ib-tb95wkapIrREAqz0VXPmLAeiQs88",{"id":225,"aliases":6,"expansion":226,"extension":8,"links":227,"long":231,"meta":232,"short":233,"stem":234,"term":235,"__hash__":236},"glossary\u002Fglossary\u002Ftcre.yml","Transient Climate Response to cumulative CO₂ Emissions",[228],{"title":229,"url":230},"IPCC AR6 WG1 — the near-linear relationship between cumulative CO₂ and warming","https:\u002F\u002Fwww.ipcc.ch\u002Freport\u002Far6\u002Fwg1\u002F","TCRE is the amount of global warming produced per unit of cumulative CO₂ emitted, and it turns out to be roughly constant. That near-linear relationship is what lets scientists translate a temperature target (say 1.5 °C) into a remaining \"carbon budget\" of how much more CO₂ can be emitted. Several experiments on this dashboard are designed to pin down this value.",{},"How much the planet warms per tonne of CO₂ emitted — the basis of carbon budgets.","glossary\u002Ftcre","TCRE","uiufZjp_Ap1OWsBuK8vMgCqHCV33UmgXWR4s8fOaP5c",1784888533590]