An unusual coral disease appeared on the Florida Reef Tract in June 1995. It was distinct in its microbiology, its pattern of tissue degradation, the species susceptible to it, and its regional distribution. Symptoms included a sharp line between healthy and diseased tissue, as occurs with other coral diseases, but the pathogen responsible for the new outbreak seemed more virulent, affected a wider variety of species, and destroyed tissue much more rapidly than these other \u27line\u27 or \u27band\u27 diseases. We have identified the pathogen responsible for this new disease as a new species of Sphingomonas
We present evidence of cellular responses to increased sedimentation and temperature in Montastraea ...
This issue of Marine Pollution Bulletin was guest edited by John Burt, David Feary, and Bernhard Rie...
Corals in the Arabian/Persian Gulf endure summer temperatures of up to 36 °C, making them ideal subj...
Black band disease (BBD) affects many coral species worldwide and is considered a major contributor ...
Examination of coral fragments infected with black band disease (BBD) at the fine- and ultrastructur...
During an unusual cold-water event in January 2010, reefs along the Florida Reef Tract suffered exte...
Sponges can filter large volumes of seawater and accumulate highly diverse and abundant microbial co...
The occurrence and distribution of the coral disease Skeleton Eroding Band (SEB) has been studied at...
A deadly coral disease outbreak has been devastating the Florida Reef Tract since 2014. This disease...
Recent declines in coral populations along the Florida reef tract have prompted the establishment of...
Reef coral communities in a non-reef setting on shallow, flat hardgrounds were quantitatively sample...
The analysis of coral community structure and diversity by means of line transects provides a powerf...
Africa\u27s southernmost coral reefs are situated in Natal Province, South Africa. The Natal coast i...
Annual coral mortality events due to increased atmospheric heat may occur regularly from the middle ...
Baseline studies conducted in 1998 document the presence of robust, non-reef-building Acropora cervi...
We present evidence of cellular responses to increased sedimentation and temperature in Montastraea ...
This issue of Marine Pollution Bulletin was guest edited by John Burt, David Feary, and Bernhard Rie...
Corals in the Arabian/Persian Gulf endure summer temperatures of up to 36 °C, making them ideal subj...
Black band disease (BBD) affects many coral species worldwide and is considered a major contributor ...
Examination of coral fragments infected with black band disease (BBD) at the fine- and ultrastructur...
During an unusual cold-water event in January 2010, reefs along the Florida Reef Tract suffered exte...
Sponges can filter large volumes of seawater and accumulate highly diverse and abundant microbial co...
The occurrence and distribution of the coral disease Skeleton Eroding Band (SEB) has been studied at...
A deadly coral disease outbreak has been devastating the Florida Reef Tract since 2014. This disease...
Recent declines in coral populations along the Florida reef tract have prompted the establishment of...
Reef coral communities in a non-reef setting on shallow, flat hardgrounds were quantitatively sample...
The analysis of coral community structure and diversity by means of line transects provides a powerf...
Africa\u27s southernmost coral reefs are situated in Natal Province, South Africa. The Natal coast i...
Annual coral mortality events due to increased atmospheric heat may occur regularly from the middle ...
Baseline studies conducted in 1998 document the presence of robust, non-reef-building Acropora cervi...
We present evidence of cellular responses to increased sedimentation and temperature in Montastraea ...
This issue of Marine Pollution Bulletin was guest edited by John Burt, David Feary, and Bernhard Rie...
Corals in the Arabian/Persian Gulf endure summer temperatures of up to 36 °C, making them ideal subj...