abusesaffiliationarrow-downarrow-leftarrow-rightarrow-upattack-typeburgerchevron-downchevron-leftchevron-rightchevron-upClock iconclosedeletedevelopment-povertydiscriminationdollardownloademailenvironmentexternal-linkfacebookfiltergenderglobegroupshealthC4067174-3DD9-4B9E-AD64-284FDAAE6338@1xinformation-outlineinformationinstagraminvestment-trade-globalisationissueslabourlanguagesShapeCombined Shapeline, chart, up, arrow, graphLinkedInlocationmap-pinminusnewsorganisationotheroverviewpluspreviewArtboard 185profilerefreshIconnewssearchsecurityPathStock downStock steadyStock uptagticktooltiptwitteruniversalityweb

Diese Seite ist nicht auf Deutsch verfügbar und wird angezeigt auf English

Artikel

13 Jan 2020

Autor:
R Licker, B Ekwurzel, S C Doney, S R Cooley, I D Lima, R Heede & P C Frumhoff, on IOP Science

Report finds top fossil fuel companies responsible for more than half of ocean acidification affecting coastal communities & marine life

...[M]ore than half of the global surface ocean acidification is attributable to the CO2 emissions traced to the extraction, refining and combustion of fossil fuels and manufacturing of cement from the 88 largest carbon producers... Of these 88 major carbon producers, 48 are investor-owned fossil fuel companies whose climate responsibilities are the focus of growing policy, legal and societal scrutiny. Emissions from majority state-owned and nationalized companies fall within the primary responsibilities of nation-states. Emissions traced to extraction, refining, marketing, and combustion of fossil fuels by these 48 investor-owned companies between 1965 and 2015 account for 15.5% of global ocean acidification... [Because] we are not able to quantify the interaction between all ocean changes stemming from anthropogenic carbon emissions, we likely underestimate the full loss and damage to marine biodiversity and communities stemming from emissions traced to major industrial carbon producers... [T]his paper provides a conservative basis for assessing the contribution of emissions traced to major carbon producers to marine loss and damage. The impacts of acidification on marine ecosystems and human communities dependent upon them can be amplified by ocean warming and other climate-change stressors; further modeling of these compound stressors could quantify the contribution of carbon producer-traced emissions to these impacts.

Informationen zum Datenschutz

Diese Website verwendet Cookies und andere Web-Speichertechnologien. Sie können Ihre Datenschutzeinstellungen unten festlegen. Die Änderungen werden sofort wirksam.

Weitere Informationen über unsere Nutzung von Webspeicherung finden Sie in unserer Richtlinie zur Datennutzung und Cookies

Strictly necessary storage

ON
OFF

Necessary storage enables core site functionality. This site cannot function without it, so it can only be disabled by changing settings in your browser.

Analytics-Cookie

ON
OFF

When you access our website we use Google Analytics to collect information on your visit. Accepting this cookie will allow us to understand more details about your journey, and improve how we surface information. All analytics information is anonymous and we do not use it to identify you. Google provides a Google Analytics opt-out add on for all popular browsers.

Promotional cookies

ON
OFF

We share news and updates on business and human rights through third party platforms, including social media and search engines. These cookies help us to understand the performance of these promotions.

Ihre Privatsphäre-Einstellungen für diese Website

Diese Website verwendet Cookies und andere Web-Speichertechnologien, um Ihre Erfahrung über die notwendigen Kernfunktionen hinaus zu verbessern.