Researcher at forefront of new field of macrosystems ecology

January 12, 2016
Songlin Fei, associate professor of quantitative ecology at Purdue University, is co-editor of a special issue of the journal Landscape Ecology. Credit: Purdue Agricultural Communication photo/Tom Campbell

A Purdue University researcher is co-editor of a special issue of the journal Landscape Ecology that focuses on macrosystems ecology, a relatively new field that looks to solve ecological issues by expanding the view of the problems.

Songlin Fei, associate professor of quantitative ecology in Purdue Agriculture's Department of Forestry and Natural Resources, said macrosystems ecology takes a wider look at ecosystems at different temporal and spatial scales. Much like piecing together a puzzle, scientists in the field take an abundance of patterns from the smallest scales to the largest and develop theories on how those patterns affect the fundamental relationships between life and the nonliving environment on the planet.

Scientists working in macrosystems ecology cover a variety of issues including , hydrology, invasive species and urban ecology.

"When you are looking at a small temporal variation or on a small spatial scale, you only see a localized problem," Fei said. "If you want to see the whole problem, you have to see how the patterns and processes in those small systems fit together. Everything is connected through major forces such as global economy. Sometimes things can be missed or misunderstood if we don't look at the larger picture."

The National Science Foundation started its MacroSystems Biology Program in 2010, funding dozens of projects in the field. Since then, scientists involved with the field have developed new tools and methods for generating and analyzing data.

This special issue that Fei co-edited focuses on those discoveries. For example, weather surveillance radar is being used to record data on roosts of a wildlife species on a regional scale, and citizen scientists are being employed to distribute camera traps for wildlife monitoring on a large scale.

"Elucidating the causes of ecological patterns and processes across broad areas, and within the context of spatial scale, requires innovative analytical methods," Fei wrote in an editorial for the special issue.

Fei's own work focuses on management of exotic and invasive species. He maps those species with nationwide field data and historical herbarium data, models the influence of natural and anthropogenic factors on invasive species invasions, and examines invasive species dispersal patterns for management prioritization.

Fei believes that bringing attention to macrosystems can help address pressing global challenges.

"As the global biomes are increasingly threatened by , climate change and land use change, understanding of macroscale and processes is pressingly needed for effective management and policymaking," Fei wrote in the editorial.

Explore further: Invasive species can dramatically alter landscapes

More information: link.springer.com/journal/10980/31/1/page/1

Related Stories

Invasive species can dramatically alter landscapes

December 11, 2014

Invasive plant and animal species can cause dramatic and enduring changes to the geography and ecology of landscapes, a study from Purdue University and the University of Kentucky shows.

Plants with jobs

September 25, 2015

Two University of Toronto Scarborough scientists have developed a new research framework for the agricultural sector that offers evidence-based understanding of the relationship between short-term yields, long-term sustainability ...

Large-Scale Experiments Needed to Predict Global Change

June 2, 2008

Ecosystems are constantly exchanging materials through the movement of air in the atmosphere and water in lakes and rivers. The effects of humans, however, are another major source of connections among ecosystems.

Recommended for you

Immune defense without collateral damage

January 23, 2017

Researchers from the University of Basel in Switzerland have clarified the role of the enzyme MPO. In fighting infections, this enzyme, which gives pus its greenish color, produces a highly aggressive acid that can kill pathogens ...

Provocative prions may protect yeast cells from stress

January 23, 2017

Prions have a notorious reputation. They cause neurodegenerative disease, namely mad cow/Creutzfeld-Jakob disease. And the way these protein particles propagate—getting other proteins to join the pile—can seem insidious.

0 comments

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.