Technical Summary

E213473

The Technical Summary is a concise, policy-relevant synthesis of the key scientific findings and conclusions presented in the IPCC Fifth Assessment Report.

All labels observed (2)

Label Occurrences
Technical Summary canonical 5
Technical Summaries 1

How this entity was disambiguated

Statements (46)

Predicate Object
instanceOf IPCC report component ⓘ
scientific synthesis document ⓘ
abbreviatedAs TS ⓘ
associatedWith IPCC Working Group I ⓘ
IPCC Working Group II ⓘ
linked to: Working Group II

IPCC Working Group III ⓘ
linked to: Working Group III
availableFrom IPCC official website ⓘ
basedOn peer-reviewed scientific literature ⓘ
citationOf IPCC AR5 underlying chapters ⓘ
covers adaptation options ⓘ
drivers of climate change ⓘ
future climate projections ⓘ
mitigation pathways ⓘ
observed changes in the climate system ⓘ
risks and impacts of climate change ⓘ
uncertainties in climate projections ⓘ
coversPeriod observed climate change up to the early 21st century ⓘ
followsPrinciple IPCC procedures and guidelines ⓘ
hasCharacteristic concise ⓘ
policy-relevant ⓘ
scientifically rigorous ⓘ
hasFormat PDF document ⓘ
printed report ⓘ
hasPurpose inform policymakers with policy-relevant scientific information ⓘ
provide a concise synthesis of key scientific findings ⓘ
hasSectionType assessment of confidence levels ⓘ
figures and tables summarizing findings ⓘ
overview of key messages ⓘ
intendedAudience general public ⓘ
policymakers ⓘ
scientists ⓘ
stakeholders ⓘ
is policy-relevant but not policy-prescriptive ⓘ
language English ⓘ
partOf IPCC Fifth Assessment Report ⓘ
producedBy Intergovernmental Panel on Climate Change ⓘ
relatedTo Summary for Policymakers (IPCC Fifth Assessment Report) ⓘ
relatesTo climate change ⓘ
climate change adaptation ⓘ
climate change impacts ⓘ
climate change mitigation ⓘ
summarizes key conclusions of the IPCC Fifth Assessment Report ⓘ
key scientific findings of the IPCC Fifth Assessment Report ⓘ
supports international climate policy discussions ⓘ
timeframe Fifth Assessment Report cycle (AR5) ⓘ
uses calibrated uncertainty language ⓘ

How these facts were elicited

Referenced by (6)

Full triples — surface form annotated when it differs from this entity's canonical label.