Примеры использования Climate change and ocean acidification на Английском языке и их переводы на Русский язык
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Climate change and ocean acidification.
Finally, we must build up the resilience of coral reef ecosystems to the impacts of climate change and ocean acidification.
Addressing the impacts of climate change and ocean acidification on oceans and their resources.
During the discussions that followed, particular concern was expressed regarding the impacts of overfishing, climate change and ocean acidification.
The impacts of climate change and ocean acidification on the marine environment is a global issue.
In the atmosphere, elevated concentrations of CO2, one the main greenhouse gases, contribute to climate change and ocean acidification.
Climate change and ocean acidification are adding new barriers to healthy eating.
New research regarding the relationship between climate change and ocean acidification is of grave concern to my nation.
Climate change and ocean acidification both result from increased atmospheric carbon dioxide.
Rising levels of atmospheric CO2 and other greenhouse gases are causing increased global temperatures, climate change and ocean acidification.
The statement stressed that climate change and ocean acidification remained the greatest threat to the livelihoods, securityand well-being of the peoples of the Pacific.
With respect to the oceans, the Secretary-General has reminded us that climate change and ocean acidification are destroying coral reefs.
Climate change and ocean acidification remain the single greatest threat to the livelihoods, security and well-being of the peoples of the Pacific, particularly for small low-lying Pacific islands.
Norway views the capture and geological storage of carbon dioxide as an element in a portfolio of measures to mitigate climate change and ocean acidification.
The greatest threat to coral reefs was carbon dioxide pollution in the form of climate change and ocean acidification, with massive coral bleaching taking place that very year.
We welcome the greater responsiveness of the draft oceans resolution to the significant and growing concerns relating to climate change and ocean acidification.
Coral reef ecosystems are particularly susceptible to climate change and ocean acidification and may be the first marine ecosystem to collapse without urgent increased mitigation and adaptation action.
CO2 sequestration into sub-seabed/terrestrial geological formations is one measure that has been developed to address elevated levels of CO2 in the atmosphere and contributing to climate change and ocean acidification.
Expressing its concern over the projected adverse effects of anthropogenic and natural climate change and ocean acidification on the marine environmentand marine biodiversity.
The Platform is intended to inform discussions at the twenty-first session of the Conference of the Parties to the United Nations Framework Convention on Climate Change in November 2015, on the interaction between greenhouse gas emissions, climate change and ocean acidification.
Yet, the cumulative impacts of human uses and human-induced environmental changes, such as climate change and ocean acidification, continue to take their toll on vital marine ecosystems.
Reiterating its deep concern at the vulnerability of the environment and the fragile ecosystems of the polar regions,including the Arctic Ocean and the Arctic ice cap, particularly affected by the projected adverse effects of climate change and ocean acidification.
Since increased levels of CO2 in the atmosphere contribute to both climate change and ocean acidification, current and future action to reduce CO2 emissions would also tackle the causes of ocean acidification. .
The 27th Consultative Meeting of parties to the London Convention acknowledged that CO2 sequestration in sub-seabed geological structures could be a valuable tool in tackling the challenge of climate change and ocean acidification see IMO document LC 27/16.
Concern was expressed that the cumulative effects of climate change and ocean acidification might cause changes in the marine environment at a pace such that marine ecosystemsand species would not have sufficient time to adapt.
Within the context of regional exchanges on the implementation of an ecosystem approach to fisheries management, in 2012, the Initiative held its third workshop,which identified as a target the need to improve understanding of the impacts of climate change and ocean acidification on nearshore fisheries.
Reiterating its serious concern at the current and projected adverse effects of climate change and ocean acidification on the marine environmentand marine biodiversity, and emphasizing the urgency of addressing these issues.
With respect to area-based management tools, a view was expressed that the 2012 Conference should recognize the need toimprove the effectiveness of existing and future marine protected areas to increase marine resilience to climate change and ocean acidification.
In the Bergen Statement of the Ministerial Meeting of the OSPAR Commission held in 2010, States parties to the OSPAR Convention noted, in particular,that the impacts of climate change and ocean acidification were predicted to profoundly affect the productivity, biodiversity and socioeconomic value of marine ecosystems.
On another issue of great importance to the countries of the Pacific Island Forum,we are pleased to have participated actively in efforts to ensure greater recognition in this year's draft resolution on oceans of the impacts on the marine environment of climate change and ocean acidification.