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When non-native plants and animals find a foothold in new territories where they don’t naturally live, they can cause severe economic and ecological damage. Known as invasive species, they’re difficult to control, and pose major challenges everywhere around the world. Now, a new study suggests that looking at invasions spreading across landscapes as networked systems—with patches or regions of habitat as nodes connected by pathways for invasions to spread—could improve management strategies in large, complex ecosystems and in cases where data is limited.

University of Maryland School of Public Policy professor, Center for International Security Studies at Maryland Senior Fellow and Associate Director of the Maryland Population Research Center Susan Parker has been awarded an R21 grant for approximately $424,000 over two years from the National Institute of Health (NIH) to study effects of the rollback of a successful conditional cash transfer (CCT) program in Mexico. 

It’s hard to envision a time when computers didn’t more or less disappear into beige office landscapes or pile up, obsolete in closets like increasingly ancient geological strata. The technological behemoths that Franz Klein works with, however, still evoke a twinge of dawn-of-the-space-age wonder.