The marine mammals of the GBR are an ecologically diverse group. They possess some important similarities in terms of life history and basic physiology that make general interpretations of their vulnerability to some impacts appropriate. These similarities are: • they are mammals, and thus air breathing and endothermic, consuming relatively large quantities of food relative to body size in comparison to fishes and invertebrates, and • they are long-lived and slow breeding so are susceptible to low levels of mortality, particularly of breeding adults. Our focus in this chapter is to relate how climate change impacts, and the flow-on consequences of them, will manifest in changes to habitats and food resources that in turn may affect the...
Over the last decades global warming has caused an increase in ocean temperature, acidification and ...
Over the last decades global warming has caused an increase in ocean temperature, acidification and ...
Our approach here is to examine potential ways that climate change may alter plankton communities o...
This review focuses on pelagic environments. The oceanography of the Great Barrier Reef (GBR) is dy...
This chapter addresses the potential impact of climate change on the chondrichthyan fauna of the Gr...
Marine reptiles are an important and well-documented component of the Great Barrier Reef (GBR), com...
[Extract] This chapter addresses the potential impact of climate change on the chondrichthyan fauna ...
[Extract] The Great Barrier Reef World Heritage Area supports a diverse marine mammal fauna. As list...
Climate change has already caused significant impacts to Earth’s ecosystems. Shifts in plant and ani...
Seabirds are highly visible, charismatic predators in marine ecosystems that are defined as feeding ...
Abstract Climate change is now known to be affecting the oceans. It is widely anticipated that impac...
The emphasis of this chapter is on terrestrial and freshwater flora and fauna, and key nesting habit...
Increasing evidence suggests that climate change is negatively affecting marine ecosystems and biota...
This chapter attempts to address the vulnerability of the CEM in the Great Barrier Reef region to gl...
This chapter provides an overview of the vulnerability to climate change of five of the GBR’s major ...
Over the last decades global warming has caused an increase in ocean temperature, acidification and ...
Over the last decades global warming has caused an increase in ocean temperature, acidification and ...
Our approach here is to examine potential ways that climate change may alter plankton communities o...
This review focuses on pelagic environments. The oceanography of the Great Barrier Reef (GBR) is dy...
This chapter addresses the potential impact of climate change on the chondrichthyan fauna of the Gr...
Marine reptiles are an important and well-documented component of the Great Barrier Reef (GBR), com...
[Extract] This chapter addresses the potential impact of climate change on the chondrichthyan fauna ...
[Extract] The Great Barrier Reef World Heritage Area supports a diverse marine mammal fauna. As list...
Climate change has already caused significant impacts to Earth’s ecosystems. Shifts in plant and ani...
Seabirds are highly visible, charismatic predators in marine ecosystems that are defined as feeding ...
Abstract Climate change is now known to be affecting the oceans. It is widely anticipated that impac...
The emphasis of this chapter is on terrestrial and freshwater flora and fauna, and key nesting habit...
Increasing evidence suggests that climate change is negatively affecting marine ecosystems and biota...
This chapter attempts to address the vulnerability of the CEM in the Great Barrier Reef region to gl...
This chapter provides an overview of the vulnerability to climate change of five of the GBR’s major ...
Over the last decades global warming has caused an increase in ocean temperature, acidification and ...
Over the last decades global warming has caused an increase in ocean temperature, acidification and ...
Our approach here is to examine potential ways that climate change may alter plankton communities o...