Add to ORKGDeoxygenation, i.e. loss of oxygen from the oceans, often considerably influences the aquatic organisms and the wholeecosystem and changes biogeochemical cycles. It results in increasing bottom areas of hypoxia (<2 mg/l dissolved oxygen),which has been primarily attributed to global warming and increased eutrophication. It is vital to study the present-dayanthropogenically-induced environmental changes in coastal settings such as hypoxia and their outcomes. The Baltic Sea ishighly sensitive to hypoxia, which has occurred during several warm periods in the past. The studies of comparable hypoxicevents during the warm periods in the past can help us better understand the cause, severity, and potential outcomes ofenvironmental changes in the p...
Human-induced spreading of coastal hypoxia is currently a growing global problem that has deleteriou...
During the past ~8000 years the Baltic Sea has experienced three distinct intervals of hypoxia, of w...
Hypoxia (oxygen concentrations of <2 ml/L) and so-called "dead zones" are a growing concern in coast...
Deoxygenation affects many continental shelf seas across the world today and results in increasing a...
Deoxygenation affects many continental shelf seas across the world today and results in increasing a...
Anthropogenic forcing has led to an increased extent of hypoxic bottom areas in the Baltic Sea durin...
Enhanced nutrient input and warming have led to the development of low oxygen (hypoxia) in coastal w...
Current climate and environmental changes strongly affect shallow marine and coastal areas like the ...
The anthropogenically forced expansion of coastal hypoxia is a major environmental problem affecti...
Deoxygenation is a global problem in coastal and open regions of the ocean, and has led to expanding...
The Baltic Sea is currently the largest marine hypoxic (O2 < 2 mg L− 1) ‘dead zone’ following excess...
The hypoxic zone in the Baltic Sea has increased in area about four times since 1960 and widespread ...
The anthropogenically forced expansion of coastal hypoxia is a major environmental problem affecting...
Anthropogenic forcing has led to an increased extent of hypoxic bottom areas in the Baltic Sea durin...
Although bottom water hypoxia (O2 −1) is presently widespread in the Baltic Sea coastal zone, there ...
Human-induced spreading of coastal hypoxia is currently a growing global problem that has deleteriou...
During the past ~8000 years the Baltic Sea has experienced three distinct intervals of hypoxia, of w...
Hypoxia (oxygen concentrations of <2 ml/L) and so-called "dead zones" are a growing concern in coast...
Deoxygenation affects many continental shelf seas across the world today and results in increasing a...
Deoxygenation affects many continental shelf seas across the world today and results in increasing a...
Anthropogenic forcing has led to an increased extent of hypoxic bottom areas in the Baltic Sea durin...
Enhanced nutrient input and warming have led to the development of low oxygen (hypoxia) in coastal w...
Current climate and environmental changes strongly affect shallow marine and coastal areas like the ...
The anthropogenically forced expansion of coastal hypoxia is a major environmental problem affecti...
Deoxygenation is a global problem in coastal and open regions of the ocean, and has led to expanding...
The Baltic Sea is currently the largest marine hypoxic (O2 < 2 mg L− 1) ‘dead zone’ following excess...
The hypoxic zone in the Baltic Sea has increased in area about four times since 1960 and widespread ...
The anthropogenically forced expansion of coastal hypoxia is a major environmental problem affecting...
Anthropogenic forcing has led to an increased extent of hypoxic bottom areas in the Baltic Sea durin...
Although bottom water hypoxia (O2 −1) is presently widespread in the Baltic Sea coastal zone, there ...
Human-induced spreading of coastal hypoxia is currently a growing global problem that has deleteriou...
During the past ~8000 years the Baltic Sea has experienced three distinct intervals of hypoxia, of w...
Hypoxia (oxygen concentrations of <2 ml/L) and so-called "dead zones" are a growing concern in coast...