Earth Changes
The hurricane intensified to a category-two storm with winds of up to 160km/h (100 mph), forecasters at the US National Hurricane Center said.
It has brought strong winds and heavy rain to north-east Honduras and damaged homes in Honduras, officials said.
The centre of the hurricane was expected to hit the Mexican coast early on Wednesday.
Wednesday, October 13, 2010 at 14:06:29 UTC
Wednesday, October 13, 2010 at 09:06:29 AM at epicenter
Location:
35.206°N, 97.307°W
Depth:
5 km (3.1 miles) set by location program
Region:
OKLAHOMA
Distances:
10 km (10 miles) E of Norman, Oklahoma
35 km (20 miles) SSE of OKLAHOMA CITY, Oklahoma
35 km (25 miles) WSW of Shawnee, Oklahoma
60 km (35 miles) ENE of Chickasha, Oklahoma
"The large crack and ridge were created most probably by a magnitude 1 or 2 earthquake," said Wayne Pennington, chair of geological and mining engineering and sciences, of the events that took place Monday, October 4.
The ridge and crack are 361 feet long, and the ridge is 4 to 5 feet high and 20 to 30 feet wide at its largest point, Pennington said after visiting the site. The crack is 2 feet wide and 4 to 5 feet deep at its largest point. Trees are tipped away from the crack at about 14 degrees on either side, showing that the surface is now tipping, having formed the ridge.
A steep part of a hill in the Morowali district of Central Sulawesi province collapsed on Tuesday and engulfed dozens of people working for a local palm oil company, local police chief Suhirman told AFP.
"The workers were taking a lunch break on the hill's slope when the incident happened," he said.
Heavy rains as well as excavation work to build an access road for the plantation company may have been partly to blame for the landslide, he said, adding that 18 people were also injured, most suffering broken bones.
Search and rescue teams were trying to locate the three missing people using heavy machinery but hopes were slim of finding them alive as they were buried in about five metres of earth, Suhirman said.
Jennifer Tank of Indiana's University of Notre Dame and colleagues sampled 217 streams in a 400-square-mile (1,053-square-kilometer) area in northwestern Indiana, six months after the corn harvest. Of those streams, 28 had corn "detritus" (that would be husks, cobs, leaves, and so on for those playing along at home) containing the Cry1Ab protein, which is produced by so-called GM "Bt corn" to ward off the European corn borer, an invasive pest.
The researchers, whose work was published last month in the Proceedings of the National Academy of Sciences, also found Cry1Ab protein in the water of another 50 of the 217 test stream sites, even though there were no corn husks in the water. However, all 50 of those streams were located within 1,640 feet (500 meters)--or roughly five football fields--from a cornfield.
You probably don't think about the nutrients in whale poop very often, but biologists from the University of Vermont and Harvard University actually made a huge contribution to many scientists and fisherman, sharing what they learned studying whale poop and which way it floats.
Did you know that increasing the population of whales and whale poop is essential to sea life, and that increasing their numbers will help commercial fisheries catch more fish, not less. How about knowing that whale waste can help temper the damage that humans have done to the environment as a whole?
While much is known about the eco-systems created by microbes, plankton, and fish, not much was known about the contributions of whales and other marine mammals. The whale biologists, Joe Roman and James McCarthy, studied areas of the North Atlantic where whales are more prevalent.
It was the buzz heard round the world. On Thursday, the front-page New York Times article titled, "Scientists and Soldiers Solve a Bee Mystery" was supposed to close the book on a four-year long case involving the unexplained death of millions of honey bees nationwide. Instead, it has only brought more confusion, unanswered questions, and anger in the science and beekeeping communities.
In 2006, once thriving bee colonies across America suddenly vanished, leaving behind empty beehives. The bodies of the bees were never found. Scientists soon gave a name to the mysterious phenomenon: colony collapse disorder (CCD)
From 2006 to 2009, over one-third of beekeepers reported colonies collapsing accompanied by a "lack of dead bees," according to a survey conducted by the Apiary Inspectors of America (AIA).
In March 2007, James Doan, formerly the largest commercial beekeeper in New York, delivered an emotional testimony to the House Committee on Agriculture concerning the large-scale and mysterious loss of honey bee colonies, which he attributed to CCD.
"The economic impact on my operation is that it will cost me $200,000 to replace the honey bees that I have currently lost," Doan wrote in a letter. "If we cannot survive as a beekeeping industry here in this country, there will not be an agriculture community here in the U.S., period."
See, it's not just the beekeeping business that has something to worry about - the loss of honey bees affects all people. That is because honey bees pollinate food crops of all kinds.
They provide more than $15 billion in value to about 130 crops, including berries, nuts, fruits, and vegetables, according to the United States Department of Agriculture (USDA). And without honeybees to pollinate crops, our food supply is in danger.
This rare video footage - only 400 Sumatran tigers are left in Indonesia - was captured by WWF conservationists working in the Bukit Betabuh Protected Forest in Riau Province, Sumatra, with the help of camera traps. Triggered by heat sensors the cameras are set up in fixed locations to monitor nocturnal or rare species in the wild.
Like many aspects of the world around us, it seems there is much to the nature of this planet that sees little attention in the mainstream media; sometimes, we're lucky if we see anything reported about these subjects at all.
One particular instance that comes to mind here is the way heliospheric phenomenon (solar activity) may be affecting changes here on Earth, or even on other planets. Erratic temperatures - both record highs and lows - are too-often blamed on anthropogenic reasons where humans are considered a prime culprit, where in reality, evidence suggests that humankind's influence may be only one small part of a bigger climatic conundrum.











