Earth Imaging Journal: Remote Sensing, Satellite Images, Satellite Imagery
Breaking News
Hackers help communities combat effects of dangerous floods at Europe’s biggest hackathon
Team “Res-Queue” wins the Xylem Water Challenge award at...
Deepspatial Inc. Announces US Listing on OTCQB Market Under Symbol DSAIF
TORONTO - Deepspatial Inc. (CSE:DSAI) (OTCQB: DSAIF) (“Deepspatial” or...
PAMNet, PABLO AIR’s Real-Time Unmanned Mobility System, Wins Second Place at the AUVSI XCELLENCE Awards
INCHEON, South Korea - PABLO AIR, a company specializing in...
Esri Redistricting Solution Now Includes 2020 Census Data
REDLANDS, Calif. - US states, counties, cities, and towns...
Airspace Link Partners with MissionGO for life-saving drone deliveries
DETROIT - Airspace Link Inc., a leading North American...

In addition to adverse health effects, harmful algal blooms are responsible for the loss of millions of dollars from commercial and recreational fisheries and tourist industries. This 2007 astronaut photo acquired from the International Space Station shows an interesting mix of red and green algae in Utah’s Great Salt Lake.

Funded with a grant from the Environmental Protection Agency, Michigan State University (MSU) researchers say the implications of their work to curb harmful algal blooms (HABs) will resonate globally. Climate change is predicted to increase temperatures and the severity of rains, floods and droughts. More severe rains and floods will carry nutrients to lakes. Along with higher summer temperatures and droughts, risk of HABs should increase.

“This is a perfect storm for HABs,” said Jan Stevenson, who co-directs MSU’s Center for Water Sciences. “Our overarching goal is to improve our ability to manage watersheds with the knowledge that higher levels of protection will be necessary without any change to land use because climate change alone will increase risks of HABs.”

Managing HABs has been challenging due to the difficulty of identifying the relationship between what triggers and feeds them. Past studies show that warm water, low turbulence and high levels of phosphorus fuel excessive HAB growth. Agricultural runoff and the overuse of suburban lawn chemicals also contribute to the problem.

Read the full story.

Comments are closed.