News from Centre for Ocean Life

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2020
27 AUG

New book on fish physiology

With over 30,000 species, fishes are the most abundant and diverse vertebrates on the planet. This new edition of the textbook ‘The Physiology of Fishes’ explores...

19 AUG

Diatoms increase their defense when they smell danger

Diatoms live in a protective silica shell. A new study demonstrates that diatoms increase the thickness of the shell in the presence of their copepod predators but at the...

01 JUL

Optimality of long-distance migrations

In a new paper, researchers from the Centre for Ocean Life explore the way behavioural traits can influence long-distance migration patterns of large organisms such as...

23 MAR

Biodiversity and ecosystem functions in multi-trophic communities

Is multi-trophic biodiversity leading to higher ecosystem functioning? Theoretical models simulating complex food webs can help identify mechanisms underlying ecosystem...

22 JAN

Blog: External stay at UCSB

Ocean Life PhD-student Jérôme is currently on external stay at the University of California Santa Barbara. 

2019
13 DEC

8th Annual Meeting of the Centre for Ocean Life

The Centre's annual retreat took place on Møn 9-11 December to summarize the scientific success of 2019 and discuss future directions.

04 DEC

Marine fish traits follow fast-slow continuum across oceans

Why do species occur where they are found? Looking at the traits that species carry may provide the answer, since they determine in which type of environment and with which...

03 DEC

Fat plankton cells

Understandings the conditions leading to fat plankton are therefore important, not only for understanding nutritious conditions of phytoplankton but for the function and...

27 NOV

Evaluating benthic community impact from bottom trawling and hypoxia

In many shelf seas and coastal areas, benthic ecosystems are affected by bottom trawling disturbance and hypoxia (low oxygen concentrations). We developed a methodology...

24 OCT

New faces at the Centre for Ocean Life!

We welcome new faces at the Centre for Ocean Life!

26 SEP

Trophic interactions drive diel vertical migration patterns

Using a game theoretic and mechanistic model, researchers from the Centre for Ocean Life showed how traits influencing predator-prey interactions shape the diel vertical...

Thomas Kiørboe. Photo: Carlsberg Foundation.
02 SEP

DTU professor awarded Carlsberg Foundation Research Prize 2019

Thomas Kiørboe, Professor of Ocean Ecology at DTU, receives research prize for his groundbreaking work.

28 AUG

Optimal Salmon Lice Treatment and Tragedy of the Commons

Sea lice on salmon farms are controlled via treatments. Authorities mandate treatments when sea lice infections reach a given threshold. Using a bio-economic model, we...

01 AUG

Planktonic encounter rates with non-spherical encounter zones

A new theoretical approach makes it possible to model planktonic predator-prey interactions and quantify the effects of the encounter zone shape for both non-motile and...

10 JUL

Biodiversity-ecosystem functioning relationships in demersal fish communities

While the planet experiences unprecedented human-induced biodiversity loss, from marine to terrestrial realms, and from microbes to large mammals, evidence that biodiversity...

13 JUN

Dense dwarfs versus gelatinous giants

A new theoretical model describes the trade-offs and physiological limits determining the body plan of planktonic filter feeders and explains why gelatinous plankton are...

02 MAY

A trait collection of marine fish species

We compiled 14 traits of 1700 marine fish species on three latitudinal gradients to facilitate large-scale studies on fish traits and functional diversity of fish communities...

29 APR

Silicified cell walls as a defensive trait in diatoms

Diatoms contribute nearly half of the marine primary production. These microalgae differ from other phytoplankton groups in having a silicified cell wall, which is the...

01 MAR

Honorable mention by the American Naturalist for our paper on evolution of reproductive...

Jellyfish are weird creatures that can reproduce in different modes both sexually and asexually. Similar functional strategies are also present in several other species...

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News from Centre for Ocean Life

https://www.oceanlifecentre.dk/news
22 SEPTEMBER 2020