Linking red knots from Monomoy to Cuba and beyond

THE RED KNOT

• Is a medium-sized shorebird and a candidate for federal protection under the Endangered Species Act.
    
• Undertakes one of the longest migrations, traveling 16,000 miles round trip from their farthest wintering grounds at the tip of South America to their Arctic breeding grounds.
   
• Flies an estimated 5,000 miles without stopping for six days, one of the longest nonstop flights in the bird world.
    
  
• Needs safe places – stopover sites – to rest and feed.

This post is part of a series running all week about the work done on national wildlife refuges to help with threatened and endangered species recovery. Today, you’re hearing from Stephanie Koch, a refuge wildlife biologist, and Susi vonOettingen, an endangered species biologist, about red knot banding and the data collection that is critical to the recovery of this species.

Furl, smear, jiggle, twinkle and fire. It’s all in a day of red knot banding.

At Monomoy National Wildlife Refuge, the day began with a crisp ocean breeze as we, our coworkers, partners and volunteers, hauled several hundred pounds of field equipment to our boats. We were heading out to Minimoy Island to capture red knots, and everyone, especially first-timer Susi, was very excited!

“I was in learning mode, fumble fingers and all,” Susi said. “Then orders started to fly, and I really got lost.”

Capturing red knots is no easy task, even with a seasoned, experienced crew leader. At Monomoy Refuge, we use cannon nets, large explosive driven nets that allows us to capture a large number of birds at the same time.

Life in the lab: The less glamorous side of marine biology

Today you're hearing from Melissa May, a doctoral student in marine biology at the University of Maine, about her work studying how mussels respond to changes in salinity. For this post, we're switching from freshwater to saltwater mussels in our series.

Sure, being a marine biologist is awesome, but it’s not all whales and ocean excursions.

Most of us spend a fair amount of time in the laboratory, bent over microscopes or analyzing data. And, more often than not, our research subjects resemble slimy blobs instead of adorable animals. But, we lab rats get a different perspective of the world. We see inside the cells, we manipulate the unseen, and we play with expensive equipment.

I study mussels – the same ones you’ve sautéed in wine. On the outside, there isn’t much to them, but we all know it’s what’s on the inside that counts. And take it from me, they’re fascinating!