Add to ORKGOcean Iron Fertilization is the concept of reducing atmospheric CO2 concentrations by adding dissolved iron to enhance growth of phytoplankton. This bachelor thesis gives a general overview of the last twenty years of research conducted on this potential climate mitigation tool. Additionally, the potential magnitude of carbon storage, the risk of possible unwanted side effects and a comparison with the costs and risks of other mitigation measures are discussed.
As public concern about global warming grows, and the need to reduce greenhouse gas emissions is be...
Wagę problemu oddaje liczba państw, które ratyfikowały Ramową konwencję Narodów Zjednoczonych w spra...
This is a proposal for ocean iron fertilization as a means to reduce atmospheric carbon dioxide leve...
This thesis summarizes the current knowledge of the effect of iron on the growth of plankton in rela...
The trace element iron has been recently shown to play a critical role in nutrient utilization, phyt...
The world is very likely to experience a range of adverse climate change impacts in the coming decad...
Over the past 20 years there has been growing interest in the concept of fertilizing the ocean with ...
Dangerous climate change is best avoided by drastically and rapidly reducing greenhouse gas emission...
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Civil and Environmental Engineering; ...
To date the global community has failed to effectively curtail growth in anthropogenic emissions of ...
The impasse in international efforts to curb greenhouse gas emissions has led to increased interest ...
Carbon dioxide removal (“CDR”) will be needed, alongside deep emissions cuts, to achieve global temp...
Introduction. Today, most countries have accepted a 2 degrees Celsius temperature increase above pre...
CO2 sequestration in the deep oceans is a natural process and the Southern Ocean is the world’s majo...
It has been suggested (1–3) that fertilizing the ocean with iron might offset the continuing increas...
As public concern about global warming grows, and the need to reduce greenhouse gas emissions is be...
Wagę problemu oddaje liczba państw, które ratyfikowały Ramową konwencję Narodów Zjednoczonych w spra...
This is a proposal for ocean iron fertilization as a means to reduce atmospheric carbon dioxide leve...
This thesis summarizes the current knowledge of the effect of iron on the growth of plankton in rela...
The trace element iron has been recently shown to play a critical role in nutrient utilization, phyt...
The world is very likely to experience a range of adverse climate change impacts in the coming decad...
Over the past 20 years there has been growing interest in the concept of fertilizing the ocean with ...
Dangerous climate change is best avoided by drastically and rapidly reducing greenhouse gas emission...
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Civil and Environmental Engineering; ...
To date the global community has failed to effectively curtail growth in anthropogenic emissions of ...
The impasse in international efforts to curb greenhouse gas emissions has led to increased interest ...
Carbon dioxide removal (“CDR”) will be needed, alongside deep emissions cuts, to achieve global temp...
Introduction. Today, most countries have accepted a 2 degrees Celsius temperature increase above pre...
CO2 sequestration in the deep oceans is a natural process and the Southern Ocean is the world’s majo...
It has been suggested (1–3) that fertilizing the ocean with iron might offset the continuing increas...
As public concern about global warming grows, and the need to reduce greenhouse gas emissions is be...
Wagę problemu oddaje liczba państw, które ratyfikowały Ramową konwencję Narodów Zjednoczonych w spra...
This is a proposal for ocean iron fertilization as a means to reduce atmospheric carbon dioxide leve...