Add to ORKGA technique is descn"bed for measuring the metabolic response of 'whole plants' of seagrasses to different light intensities and water temperatures
In coastal seas, the abundance of marine macrophytes has profound influence on the flows of oxygen a...
This study uses chlorophyll a fluorescence to examine the effect of environmentally relevant (1-4 h)...
In Australian coastal waters and embayments, tropical seagrasses are often subject to dynamic light ...
A technique is described for measuring the metabolic response of seagrasses to different light inten...
Seagrasses are among the most threatened ecosystems globally, despite their ecological importance. T...
We describe the photosynthetic characteristics of three seagrasses and the relationship between thei...
The growth, survival and depth penetration of seagrass is directly related to light availability, wh...
Seagrasses have a worldwide distribution and grow from the tidal zone to more than 100 m deep. They ...
The aim of my thesis is to elucidate the different pathways of light in the marine environment, from...
The gross primary productivity of two seagrasses, Zostera marina and Ruppia maritima, and one green ...
The effects of light intensity on stable isotope ratios, physiology and morphology of five seagrass ...
The changing environmental factors exerted great influences on coastal macroalgal communities. To st...
The gross primary productivity of two seagrasses, Zostera marina and Ruppia maritima, and one green ...
The comparative photophysiology of the seagrasses Zostera capricorni and Halophila ovalis and the i...
The exponential increase of atmospheric greenhouse gas concentrations over the past 50 years has cau...
In coastal seas, the abundance of marine macrophytes has profound influence on the flows of oxygen a...
This study uses chlorophyll a fluorescence to examine the effect of environmentally relevant (1-4 h)...
In Australian coastal waters and embayments, tropical seagrasses are often subject to dynamic light ...
A technique is described for measuring the metabolic response of seagrasses to different light inten...
Seagrasses are among the most threatened ecosystems globally, despite their ecological importance. T...
We describe the photosynthetic characteristics of three seagrasses and the relationship between thei...
The growth, survival and depth penetration of seagrass is directly related to light availability, wh...
Seagrasses have a worldwide distribution and grow from the tidal zone to more than 100 m deep. They ...
The aim of my thesis is to elucidate the different pathways of light in the marine environment, from...
The gross primary productivity of two seagrasses, Zostera marina and Ruppia maritima, and one green ...
The effects of light intensity on stable isotope ratios, physiology and morphology of five seagrass ...
The changing environmental factors exerted great influences on coastal macroalgal communities. To st...
The gross primary productivity of two seagrasses, Zostera marina and Ruppia maritima, and one green ...
The comparative photophysiology of the seagrasses Zostera capricorni and Halophila ovalis and the i...
The exponential increase of atmospheric greenhouse gas concentrations over the past 50 years has cau...
In coastal seas, the abundance of marine macrophytes has profound influence on the flows of oxygen a...
This study uses chlorophyll a fluorescence to examine the effect of environmentally relevant (1-4 h)...
In Australian coastal waters and embayments, tropical seagrasses are often subject to dynamic light ...