BrahMos WORLD INDIA MADHYA PRADESH BHOPAL WTN SPECIAL GOSSIP CORNER RELIGION SPORTS BUSINESS FUN FACTS ENTERTAINMENT LIFESTYLE TRAVEL ART & LITERATURE SCIENCE & TECHNOLOGY HEALTH EDUCATION DIASPORA OPINION & INTERVIEW RECIPES DRINKS BIG MEMSAAB 2017 BUDGET 2017 FUNNY VIDEOS VIRAL ON WEB PICTURE STORIES Mahakal Ke Darshan
WTN HINDI ABOUT US PRIVACY POLICY SITEMAP CONTACT US
logo
Breaking News

Guam forests may be irreversibly damaged by foreign snake species

Friday - September 1, 2017 10:28 am , Category : SCIENCE & TECHNOLOGY

Canberra Sep 1 (IANS) The introduction of a foreign snake species in Guam s forests about 60 years ago might have caused irreversible damage to the island s ecosystem an Australian researcher revealed on Friday.



Lizzie Wandrag co-author of a study into the destruction of Guam s forests by the brown treesnake species found that within 30 years of its introduction most of the island s seed-spreading birds became extinct something she says will have a profound effect on the future of the local ecosystem.

Wandrag said her team analysed the spread of forest seedlings on Guam and on the nearby snake-free islands of Rota and Saipan which gave the research team the "perfect comparative opportunity" to witness the firsthand effects of the brown treesnake.

"It has been around 30 years since the brown treesnake eradicated most of Guam s birds and it looks like we can already see some impacts in the mature forests " she told Xinhua news agency.

Wandrag said now that research had identified the effects the brown treesnake has in the local ecosystem focus have shifted to "considering other ways of spreading seeds in the forests".

The researcher has urged local governments to act on the issue immediately warning that the brown treesnake s appetite for seed-spreading birds could have already "changed the way these forests look" forever.

"Losing native seed dispersers of the landscape could irrevocably change the way these forests look. Introduced species such as the brown treesnake could end up threatening not just local animals but ultimately entire ecosystems."

--IANS
ksk