Remote Sensing
GeoAI and spatially explicit artificial intelligence techniques for ocean conservation
How can artificial intelligence be useful for ocean conservation?
Category: Remote Sensing
Biogeochemistry Biological oceanography Biology deep sea Physical oceanography Remote Sensing
An unexpected source of deep-sea iron in the Southern Ocean fuels life at the ocean’s surface
The cold, dark Southern Ocean makes it difficult for phytoplankton, the plants of the sea, to get the resources they…
Biogeochemistry Climate Change Coastal Management Modeling Physical oceanography Remote Sensing Seagrass
What do remote sensing, machine learning, and statistics have in common? Enhancing the accuracy of seagrass monitoring, for one.
Citation: Ha NT, Manley-Harris M, Pham TD, Hawes I. A Comparative Assessment of Ensemble-Based Machine Learning and Maximum Likelihood Methods…
Biological oceanography ocean engineering Remote Sensing technology
Size matters: The power of particles in determining ocean color
Ever wonder why the ocean is blue, or why ocean color changes? New research published by a team of scientists…
Biochemistry Biological oceanography Physiology Remote Sensing
A View from Above: Determining Protein Concentration in Phytoplankton by Satellites
Every animal needs their essential nutrients to survive. If an animal eats phytoplankton, how do they know how much of…
Fisheries Remote Sensing
The ugly truth behind seafood
Some large-scale commercial fishing vessels that operate on the high seas have a problem. Read on to learn more about…
Climate Change Human impacts Physical oceanography Remote Sensing
The Need for Speed: The velocities of tides in the Mid-Atlantic
Every 12 hours and 25 minutes, a rush of water move into the coast to create a high tide. How…
Remote Sensing
SURFO Special: From outer space to the microscope: How NASA’s satellites are helping us understand the ocean’s smallest life
Every summer, the URI Graduate School of Oceanography hosts undergraduate research interns called SURFOs. In this post learn about how…
Remote Sensing
Fluid Lensing: Seeing through the Ocean’s Surface
What would the ocean look like without any water? With NASA’s up and coming FluidCam, we are able to see…
Biological oceanography Physical oceanography Remote Sensing
Rugged Southern Ocean phytoplankton weather the storms
Phytoplankton from the "wild west" of the world's oceans have learned to regrow after storms... over and over and over…
Biological oceanography Climate Change Physical oceanography Remote Sensing Sea Ice
Phytoplankton Expanding Northward as Arctic Sea Ice Retreats
A recent study uses satellite data to show that Arctic sea ice retreat is causing changes in the timing and…
Remote Sensing
Monitoring the benthos by listening to photosynthesis
Even though the benthos is a largely unseen energy base for marine food webs, scientists are listening to benthic habitats…
Biochemistry Climate Change Physical oceanography Remote Sensing
Antarctic Eddies Suck Carbon from the Atmosphere
A recent study from researchers at the University of Tasmania investigates the relationship between ocean eddies and phytoplankton growth in…
Climate Change Physical oceanography Remote Sensing Sea Ice
When life gives you global warming, make pancake ice in ocean wave models
Sea ice is retreating, the Arctic is opening up, and wave activity is increasing. What does this mean for the…
Biological oceanography Ecology Harmful Algal Bloom Remote Sensing
Cyanobacteria invasions… from space?
They may not come from space, but they can be seen from up there! Learn how microscopic plants called cyanobacteria…
Climate Change Glaciers Remote Sensing Sea Ice
Bergy Bits Are a Bit Burdensome
Icebergs and ‘bergy bits’ have been long studied as carriers of freshwater into the global ocean climate system on global,…
Biological oceanography Book Review deep sea Genetics ocean engineering Remote Sensing Science Communication Undergraduate Research
Growing a Scientist: Undergraduate Research 2017
Each summer, the University of Rhode Island Graduate School of Oceanography (GSO) hosts undergraduate students from all over the country…
Chemistry Remote Sensing
Dawn of the age of Aquarius…total alkalinity measurements
While not as exciting as the new era of peace predicted by 5th Dimension, it is pretty cool that scientists…
Biological oceanography Remote Sensing
Studying plankton from an atmospheric satellite
Scientists found a way to repurpose data from an atmospheric satellite to study the tiny creatures at the base of…
Book Review Coral Methodology Ocean Exploration Remote Sensing Survey technology
Ocean mapping on a budget
The seafloor is complex and mapping it is difficult because direct observations are hindered because it is underwater. Scientists have…