imageResearch & Discovery

A Blog Devoted to UD Innovation, Excellence and Scholarship
image

Research & Discovery

A Blog Devoted to UD Innovation, Excellence and Scholarship

Drought fighter found in soil

by | October 29, 2018

Drought fighter found in soil

Discovery holds intriguing potential for agriculture

Some discoveries happen by accident. Consider how Sept. 28, 1928, unfolded: Alexander Fleming, back in the lab after a vacation with the family, was sorting through dirty Petri dishes that hadn’t been cleaned before he went away. A mold growing on one of the dishes caught his attention — and so began the story of the world’s first antibiotic: penicillin.

Recently, at the University of Delaware, the plants didn’t get watered one long weekend during a small botany experiment. That has now led to an intriguing finding, especially for areas of the globe hit hard by drought — the American West, Europe, Australia, portions of Africa, Southeast Asia and South America, among them.

Climate scientists say we should expect more frequent and severe droughts in the years ahead, while population experts predict about a 30 percent increase in world population, to more than 9 billion by 2050. How will we grow enough food for everyone under such pressures, and do so sustainably? According to this UD research, the answer may lie right under our feet.

UD Research on Twitter

TOP STORIES

Emily Day

Rising star

Emily Day received the Rita Schaffer Young Investigator Award from the Biomedical Engineering Society

MADE CLEAR

Making it clear

For the past three years, almost 90 educators from around Delaware and Maryland have been working with scientists and environmental experts from the University of Delaware and the University of Maryland. The goal is to develop a richer understanding of climate change and build effective activities and instruction plans to help their students understand the data and find potential solutions.

Assessing forests from afar

UD’s Pinki Mondal offers recommendations on using remote sensing to quantify forest health