Changes and disturbances to water diversity and quality are complex and multi-scale in
space and time. Although in situ methods provide detailed point information on the condition …

Lidar techniques present a distinctive ability to resolve vertical structure of optical properties
within the upper water column at both day-and night-time. However, accuracy challenges …

Vertical distribution of phytoplankton is crucial for assessing the trophic status and primary
production in inland waters. However, there is sparse information about phytoplankton …

The year 2023 marked the tenth anniversary of the first published description of global
ocean plankton stocks based on measurements from a satellite lidar. Diverse studies have …

Airborne high spectral resolution lidar (HSRL) measurements of ocean particulate
backscatter (b bp) offer dramatic improvements in spatiotemporal coverage over in situ …

Coastal ecosystems are rapidly changing due to human-caused global warming, rising sea
level, changing circulation patterns, sea ice loss, and acidification that in turn alter the …

Phytoplankton, as the foundation of primary production, is of great significant for the marine
ecosystem. The vertical distribution of phytoplankton contains key information about marine …

Satellite observations show higher near‐surface phytoplankton chlorophyll (Chl) in
anticyclonic eddies (AEs) than in cyclonic eddies (CEs) in the subtropical gyres, which is …

In the ocean surface layer and cell culture, the polyamine transport protein PotD of SAR11
bacteria is often one of the most abundant proteins detected. Polyamines are organic …

One of the most notable effects of climate change is the decrease in sea ice in the Arctic
Ocean. This is expected to affect the distribution of phytoplankton as the ice retreats earlier …