“What’s it really like being a PhD at ARI?”

“What’s it really like being a PhD at ARI?”

"They have supported me throughout my PhD, through all the failures and successes, and I wouldn’t have made it through without them. They both provided me with guidance but also allowed me to follow through with my own ideas, even if they were possibly doomed from the beginning... All in all, I really lucked out with my supervisory team!"

When good animals like bad habitats: ecological traps in the marine environment

When good animals like bad habitats: ecological traps in the marine environment

"By altering the environment, are humans tricking animals into making poor life choices?"

IS THE SEAGRASS GETTING ENOUGH LIGHT? ARTIFICIAL INTELLIGENCE CAN TELL US

IS THE SEAGRASS GETTING ENOUGH LIGHT? ARTIFICIAL INTELLIGENCE CAN TELL US

"Seagrasses are flowering plants that live submerged in salty water and perform vital ecosystem services that help us and the food-webs that rely on them. For example, seagrasses capture and store more atmospheric carbon (per unit area) than many terrestrial plants, they act as nursery areas for important fishery species, and provide coastal protection against things like erosion and storm surges," Dr Ryan Pearson.

How will heatwaves and coral loss affect reef fisheries?

How will heatwaves and coral loss affect reef fisheries?

"There has been a lot of focus on the challenge of managing overfishing with the controversial new documentary Seaspiracy on Netflix. But the overfishing issue isn’t as simple as the picture that documentary paints," Dr Chris Brown.

MULTIPLE STRESSORS IN COASTAL WETLANDS: SHIFTING OUR FOCUS TO REAL WORLD SCENARIOS

MULTIPLE STRESSORS IN COASTAL WETLANDS: SHIFTING OUR FOCUS TO REAL WORLD SCENARIOS

By Andria Ostrowski Read Time: 504 words, about 3 minutes. Vegetated coastal wetlands including saltmarshes, mangrove forests and seagrass meadows store large amounts of carbon, protect shorelines from storms and erosion, support enormous biodiversity and improve water quality by filtering nutrients, contaminants and sediments. Despite their ecological and economic importance, increasing human settlement and development [...]

WETLAND WARRIOR – HELPING TO CONSERVE ECOSYSTEMS THROUGH SCIENCE AND INNOVATION

WETLAND WARRIOR – HELPING TO CONSERVE ECOSYSTEMS THROUGH SCIENCE AND INNOVATION

Author: Author: PhD Alyssa Giffin Read time: 777 words about 6 minutes. Welcome to part three of the five-part Transition article series, the sequel to the Emergent series, that follows ARI’s Post-Doc Research Fellows as they navigate the next stage of their academic journey post-PhD. Take a journey with them and hear about some of [...]

FROM CODE TO CATCHMENTS – A MODELLER’S JOURNEY TO SOLVE ENVIRONMENTAL PROBLEMS

FROM CODE TO CATCHMENTS – A MODELLER’S JOURNEY TO SOLVE ENVIRONMENTAL PROBLEMS

Author: PhD Alyssa Giffin Read time: 703 words about 5 minutes. Welcome to part two of the five-part Transition article series, the sequel to the Emergent series, that follows ARI’s Post-Doc Research Fellows as they navigate the next stage of their academic journey post-PhD. Take a journey with them and hear about some of the [...]

FOR THE LOVE OF WETLANDS –MARINE ECOLOGIST HELPS PROTECT GLOBAL COASTAL ECOSYSTEMS

FOR THE LOVE OF WETLANDS –MARINE ECOLOGIST HELPS PROTECT GLOBAL COASTAL ECOSYSTEMS

Author: PhD Alyssa Giffin Read Time: 872 words, about 6 minutes. Welcome to part one of the five-part Transition article series, the sequel to the Emergent series, that follows ARI’s Post-Doc Research Fellows as they navigate the next stage of their academic journey post-PhD. Take a journey with them and hear about some of the [...]

How can computer vision supercharge fish connectivity research?

How can computer vision supercharge fish connectivity research?

By Sebastian Lopez-Marcano  Read Time: 344 words, about 3 minutes. Studying animal movement is crucial. Animal movement research is conducted to monitor ecosystem health, understand ecological dynamics and address management and conservation questions. In marine environments, there are different methods to measure fish movement. From nets, tags and statistical modelling, the use of different techniques [...]