Environmental scientist's early warning indicators win the prize

December 2, 2016, Umea University
The prize trophy was designed by Alicia Bergsten."The black chromosome symbolizes that last piece that makes the puzzle complete and solves the scientific question. It's for finding this piece that the awardees have received the Prize," says Alicia Bergsten. Credit: Knut och Alice Wallenbergs Stiftelse/Swedish Royal Academy of Sciences

Promising environmental researcher David Seekell has been awarded a prestigious prize: the Science and SciLifeLab Prize for Young Scientists. He was awarded the prize for his dissertation at Umeå University that developed early warning indicators for environmental tipping points practically usable to government officials and landowners.

The Science and SciLifeLab Prize is global and is only awarded to four per year for the best dissertation work, of which only one goes to someone in the field of . This year's award-winner in the category of Ecology and Environment is David Seekell who is associate senior lecturer at the Department of Ecology and Environmental Science at Umeå University in Sweden.

"It's a great honour to win this prize. I'm excited for the international visibility this will bring my research programme and I feel a renewed energy to continue addressing difficult and important questions that are worthy of the prize," says David Seekell.

David Seekell received the Prize for Young Scientists for research that contributed to the development of indicators for environmental tipping points including desertification in arid regions, fisheries collapses in the oceans, and algae blooms in lakes. His praised essay, published in Science, describes an experiment where an entire lake was instrumented and then manipulated to create a tipping point. Early warning indicators were apparent well in advance of the experimental tipping point. This study was proof-of-concept that and landowners may one day be able to use early warning indicators to adapt policy and management to avoid costly or potentially irreversible environmental degradation.

"For me it's very exciting to be able to communicate my research to Science's broad audience. I think that fundamental environmental science, the type of research I conduct, creates important societal benefits and I hope that the dissertation that won me the prize will convey this to Science's readers."

While the award is addressed to him, he sees it as a reflection of a broader commitment of the Department of Ecology and Environmental Science to research excellence. Besides being awarded a trophy and USD 10 000, he is given the opportunity to publish a scientific paper in Science, and also attend a discussion panel at Karolinska Institutet with the editor of Science.

The ceremony takes place in Stockholm, Sweden, on 9 December in the Hall of Mirrors at the Grand Hotel.

Explore further: Andrea Wulf's Humboldt biography wins Science Book Prize

More information: D. Seekell. Passing the point of no return, Science (2016). DOI: 10.1126/science.aal2188

Related Stories

Saudis award water prize to 8 scientists

November 2, 2016

Saudi Arabia awarded eight scientists the Prince Sultan Bin Abdulaziz International Prize for Water at a ceremony at United Nations headquarters in New York on Wednesday.

US bee expert awarded Tyler Environment Prize

March 22, 2011

A leading US entomologist won the prestigious Tyler Prize for her groundbreaking work on the collapse of bee populations and coevolution of plants and insects, officials said Tuesday.

Recommended for you

Chinese Cretaceous fossil highlights avian evolution

September 24, 2018

A newly identified extinct bird species from a 127 million-year-old fossil deposit in northeastern China provides new information about avian development during the early evolution of flight.

Ancient mice discovered by climate cavers

September 24, 2018

The fossils of two extinct mice species have been discovered in caves in tropical Queensland by University of Queensland scientists tracking environment changes.

The first predators and their self-repairing teeth

September 24, 2018

The earliest predators appeared on Earth 480 million years ago—and they even had teeth capable of repairing themselves. A team of palaeontologists led by Bryan Shirley and Madleen Grohganz from the Chair for Palaeoenviromental ...


Please sign in to add a comment. Registration is free, and takes less than a minute. Read more

Click here to reset your password.
Sign in to get notified via email when new comments are made.