ScienceDaily: Top Environment News |
- Greenland Ice: The warmer it gets the faster it melts
- Important mechanism involved in production of mosquito eggs identified
- Biggest fish in the ocean receives international protection
- Warming climate likely will change the composition of northern forests, study shows
- Vegetation can help prevent soil erosion due to wind
- Public attitude toward tiger farming, tiger conservation
- Mapping the maize genome
- A chemical modified version of the second messenger cAMP
- Climate change does not bode well for picky eaters
- Drugs from dirt: Scientists develop first global roadmap for drug discovery
- Giant atmospheric rivers add mass to Antarctica's ice sheet
- Burying beetles hatch survival plan to source food, study shows
- Researchers prevent type I diabetes in mouse model
- Silk-weaving ant study sees new behavior
- Ocean floor dust gives new insight into supernovae
- Are Asian citrus psyllids afraid of heights? New study may provide clues for stopping them
- First public lighting system that runs on solar and wind energy
- Dog-human cooperation is based on social skills of wolves, scientists show
- Paleontologist names a carnivorous reptile that preceded dinosaurs
- Predators, parasites, pests and the paradox of biological control
- Time to rethink the inner-city asthma epidemic?
- Non-Native Plants Widespread, Plenty of Space to Invade
- The seeing power of frogs: Frogs can detect single photons of light
- Making waves with lasers could enhance solar cell efficiency
- New decontamination tool expected to help Fukushima cleanup
- Hidden cell types revealed: New method improves single-cell genomics analyses
Greenland Ice: The warmer it gets the faster it melts Posted: 20 Jan 2015 12:12 PM PST |
Important mechanism involved in production of mosquito eggs identified Posted: 20 Jan 2015 11:28 AM PST Female mosquitoes rely on a blood-meal as a source of nutrients required for reproduction. If the mechanisms that govern mosquitoes' egg production are better understood, novel approaches to controlling the reproduction and population of mosquitoes can be devised. A team of scientists has made a research breakthrough in understanding, at the molecular level, one such mechanism related to the mosquito reproductive process. This mechanism includes small regulatory RNA molecules known as microRNAs. |
Biggest fish in the ocean receives international protection Posted: 20 Jan 2015 11:28 AM PST |
Warming climate likely will change the composition of northern forests, study shows Posted: 20 Jan 2015 11:28 AM PST |
Vegetation can help prevent soil erosion due to wind Posted: 20 Jan 2015 11:27 AM PST Dust from soil erosion due to wind can affect human health, traffic, and, on a larger scale, climate. Investigators compared different models that quantify how the wind energy spreads over an herbaceous surface using data from the Sahel region of Africa, where estimates of dust emissions remain uncertain. |
Public attitude toward tiger farming, tiger conservation Posted: 20 Jan 2015 11:27 AM PST The wild tiger Panthera tigris is considered critically endangered, and it faces unprecedented threats, including habitat loss and fragmentation, depletion of prey, and continued illegal poaching for trade of tiger bones for traditional medicine and skins for ornamentation and collection. A recent survey in Beijing revealed that people hold clear positions on arguments for and against the ban on tiger trade and were inclined to support the ban on trading tiger products. |
Posted: 20 Jan 2015 11:27 AM PST Maize is one of the most important cereal crops in the world. The complete genome of maize has been sequenced, but its size and complexity presents a challenge to researchers seeking to identify specific genes responsible for traits. Positional cloning has been used successfully in smaller genomes; researchers have applied this mapping technique to the maize genome and have published their protocol -- the first detailed step-by-step protocol on positional cloning -- in a new article. |
A chemical modified version of the second messenger cAMP Posted: 20 Jan 2015 11:26 AM PST A new study describes the development of a cAMP analogue that specifically activates only Epac2, one of several cAMP-responsive proteins. Furthermore, the analogue activates Epac2 more potently than cAMP itself. About 100 analogues were synthesized in an interactive design process. Several crystal structures of Epac2 in complex with cAMP analogues were determined. The research helps to explain the molecular basis for the selectivity and the strong activation potential. |
Climate change does not bode well for picky eaters Posted: 20 Jan 2015 09:13 AM PST |
Drugs from dirt: Scientists develop first global roadmap for drug discovery Posted: 20 Jan 2015 09:08 AM PST |
Giant atmospheric rivers add mass to Antarctica's ice sheet Posted: 20 Jan 2015 08:22 AM PST |
Burying beetles hatch survival plan to source food, study shows Posted: 20 Jan 2015 08:17 AM PST Young beetles pick up sensory signals from adult insects to increase their chances of being fed -- and shorten the odds of being killed instead. Beetle larvae have an in-built ability to identify different adults based on distinct chemicals found on the outside of their shells and adjust their begging behavior accordingly, researchers say. |
Researchers prevent type I diabetes in mouse model Posted: 20 Jan 2015 08:12 AM PST A new approach developed by scientists stops the destruction of beta cells and preserves insulin production. Type I diabetes is a chronic autoimmune disease that occurs when the body's immune system destroys insulin producing pancreatic beta cells, resulting in insulin deficiency and hyperglycemia. Researchers focused on blocking the autoimmune process that destroys beta cells and leads to diabetes, with the aim of developing therapies that can prevent the illness from developing rather than treating its symptoms. |
Silk-weaving ant study sees new behavior Posted: 20 Jan 2015 07:25 AM PST A professor's study of silk-weaving ants is promising to change our understanding of how all creatures work together. The study on the behaviour of the ants found the insects could evolve and abandon and then re-evolve the practice of building nests from silk, with different species adapting it in different ways once it was re-adopted. |
Ocean floor dust gives new insight into supernovae Posted: 20 Jan 2015 07:25 AM PST |
Are Asian citrus psyllids afraid of heights? New study may provide clues for stopping them Posted: 20 Jan 2015 06:02 AM PST |
First public lighting system that runs on solar and wind energy Posted: 20 Jan 2015 05:58 AM PST |
Dog-human cooperation is based on social skills of wolves, scientists show Posted: 20 Jan 2015 05:58 AM PST Dogs are 'man's best friend.' The origins of this dog-human relationship were subject of a study by behavioral scientists. They showed that the ancestors of dogs, the wolves, are at least as attentive to members of their species and to humans as dogs are. This social skill did not emerge during domestication, as has been suggested previously, but was already present in wolves. |
Paleontologist names a carnivorous reptile that preceded dinosaurs Posted: 20 Jan 2015 05:56 AM PST |
Predators, parasites, pests and the paradox of biological control Posted: 20 Jan 2015 05:56 AM PST When a bird swoops down and grabs a caterpillar devouring your backyard garden, you might view it as a clear victory for natural pest control. But what if that caterpillar is infected with larvae from a tiny parasitic wasp--another agent of biological pest control. Who should you root for now, the bird or the wasp? |
Time to rethink the inner-city asthma epidemic? Posted: 20 Jan 2015 05:56 AM PST |
Non-Native Plants Widespread, Plenty of Space to Invade Posted: 20 Jan 2015 05:56 AM PST |
The seeing power of frogs: Frogs can detect single photons of light Posted: 20 Jan 2015 05:45 AM PST A quantum light source demonstrates that light-sensitive cells in frog eyes can detect single photons. Miniature light detectors in frog eyes known as retinal rod cells are directly and unambiguously shown to detect single photons of light -- an astounding sensitivity considering that a humble 60 watt light bulb spews out a staggering 1020 photons per second. |
Making waves with lasers could enhance solar cell efficiency Posted: 20 Jan 2015 05:45 AM PST |
New decontamination tool expected to help Fukushima cleanup Posted: 20 Jan 2015 05:45 AM PST |
Hidden cell types revealed: New method improves single-cell genomics analyses Posted: 19 Jan 2015 09:45 AM PST |
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