Productivity of seagrasses can be controlled by physiological processes, as well as various
biotic and abiotic factors that influence plant metabolism. Light, temperature, and inorganic …

Main potential impacts on seagrasses from dredging and sand mining include physical
removal and/or burial of vegetation and effects of increased turbidity and sedimentation. For …

Seagrass distribution is controlled by light availability, especially at the deepest edge of the
meadow. Light attenuation due to both natural and anthropogenically-driven processes …

The use of aquatic plants as bio-indicators constitutes an irreplaceable tool for investigation
in ecological research, applied to the conservation of littoral ecosystems. Today, studies in …

Recent and forthcoming launches of a plethora of ocean color radiometry sensors, coupled
with increasingly adopted free and open data policies are expected to boost usage of …

The experiments were commenced in March 2003 and repeated in June 2003 at Sutton
Bonington Campus, the University of Nottingham, UK, to investigate the effect of irradiance …

In this study, we apply high-resolution Sentinel-2A imagery to assist in the monitoring of the
southwestern Spanish coast during its first year of data. The aim is to test suitability of …

The loss and recovery of intertidal seagrass meadows were assessed following the flood
related catastrophic loss of seagrass meadows in February 1999 in the Sandy Strait …

Understanding how multiple environmental stressors interact to affect seagrass health
(measured as morphological and physiological responses) is important for responding to …

The variation in seagrass morphology and the magnitude of leaf self-shading within the
canopy of Thalassia testudinum, were compared among nine sites in a fringing reef lagoon …