Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/95312/1/eost16763.pd
A large region of low-dissolved-oxygen bottom waters (hypoxia) forms nearly every summer in the nort...
A large region of low-dissolved-oxygen bottom waters (hypoxia) forms nearly every summer in the nort...
Each year, a large area of the Gulf of Mexico is seasonally depleted of life-giving oxygen. Called h...
One of the largest human-caused areas of bottom-water oxygen deficiency in the coastal ocean is on t...
We update and reevaluate the scientific information on the distribution, history, and causes of cont...
The seasonal formation of a bottom water layer severely depleted in dissolved oxygen has become a pe...
Nutrients from the Mississippi-Atchafalaya River Basin have been found to be a principal cause of t...
The effects of nutrient loading from the Mississippi River basin on the areal extent of hypoxia in t...
The Mississippi and Atchafalaya River System discharges large amounts of freshwater and nutrients in...
Anthropogenic eutrophication events are increasing in occurrence world-wide (Rabalais et al. 2002). ...
Each spring and summer in the Gulf of Mexico, nutrient-rich ef- fl uent from the Mississippi and Atc...
The largest zone of anthropogenic bottom water hypoxia in the Western Hemisphere occurs seasonally i...
In many aquatic systems, incidences of low oxygen (hypoxia) waters have been causally linked to incr...
The occurrence of hypoxia in coastal oceans is a long-standing and growing problem worldwide and is...
Hypoxia in the Gulf of Mexico emerged as a national concern nearly 15 years ago. Hypoxia is a condit...
A large region of low-dissolved-oxygen bottom waters (hypoxia) forms nearly every summer in the nort...
A large region of low-dissolved-oxygen bottom waters (hypoxia) forms nearly every summer in the nort...
Each year, a large area of the Gulf of Mexico is seasonally depleted of life-giving oxygen. Called h...
One of the largest human-caused areas of bottom-water oxygen deficiency in the coastal ocean is on t...
We update and reevaluate the scientific information on the distribution, history, and causes of cont...
The seasonal formation of a bottom water layer severely depleted in dissolved oxygen has become a pe...
Nutrients from the Mississippi-Atchafalaya River Basin have been found to be a principal cause of t...
The effects of nutrient loading from the Mississippi River basin on the areal extent of hypoxia in t...
The Mississippi and Atchafalaya River System discharges large amounts of freshwater and nutrients in...
Anthropogenic eutrophication events are increasing in occurrence world-wide (Rabalais et al. 2002). ...
Each spring and summer in the Gulf of Mexico, nutrient-rich ef- fl uent from the Mississippi and Atc...
The largest zone of anthropogenic bottom water hypoxia in the Western Hemisphere occurs seasonally i...
In many aquatic systems, incidences of low oxygen (hypoxia) waters have been causally linked to incr...
The occurrence of hypoxia in coastal oceans is a long-standing and growing problem worldwide and is...
Hypoxia in the Gulf of Mexico emerged as a national concern nearly 15 years ago. Hypoxia is a condit...
A large region of low-dissolved-oxygen bottom waters (hypoxia) forms nearly every summer in the nort...
A large region of low-dissolved-oxygen bottom waters (hypoxia) forms nearly every summer in the nort...
Each year, a large area of the Gulf of Mexico is seasonally depleted of life-giving oxygen. Called h...