Complex Structures inside Bird’s Beak
Editorials News | Nov-24-2016
A new research has shown that the bird’s beak’s internal structure is complex and intended to help cool birds in warm climates. The scientists from the University of North Carolina Wilmington, Cornell University and the National Museum of Natural History gathered to make the research successful.
The scientists have said that birds’ beaks have developed in many ways for several different situations. They can dig deep in search of food and some can dig deep into flowers. The researchers said these different uses depend around the world. The team of scientists examined specimens from two Song Sparrow subspecies. Additionally the researchers took one sparrow from an area with little moisture and a warmer climate and the other from a cooler climate.
The scientists have claimed that there is a complex structure inside bird beaks. This structure moderates the temperature. The scientists have stated that in the larger surface area in warm climate, sparrows increased their beaks’ ability to cool air and recapture water.
Related News
-
Russian Scientists Discover New Gene Therapy Techniques
-
Russia's Biomedical Industry: Growing Innovations
-
History of Indigo Plantation in Colonial India
-
Diwali: Festival Of Lights Not Crackers
-
Impact of Social Media on the Culture
-
Nationwide Competitions for High School Esports Teams
-
The Role of Propaganda in the Cold War
-
The History of Piracy in the Indian Ocean
-
Role of Internships in Bridging the Gap Between College and Career
-
The Recycling EV Batteries Through Circular Economy
Most popular news
- The Law Of Equivalent Exchange
- Essay On Issues And Challenges Of Rural Development In India
- Srinivasa Ramanujan And His Inventions
- The Youth Is The Hope Of Our Future!
- Poverty In India: Facts, Causes, Effects And Solutions
- Top 20 Outdoor Games In India
- Festivals Of India: Unity In Diversity
- Role Of Women In Society
- The Impact Of Peer Pressure On Students' Academic Performance
- Books As Companion
MUN Events
SDG Events