Intriguing place in beetle – science times



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There are many insects, such as nuns, flies and mosquitoes, which are important in our daily lives, considered as dangerous creatures; who harms people.

But thousands of other insects play an important role in keeping the ecosystem healthy by using innovative biology in their microbial life. In contrast to people who have been desperate for global warming, it is more profitable for nature conservation.

Insects, like most organisms, participate in natural ecosystem activity through evolution of microorganisms.

A recent study by Lawrence Berkeley Lab from the US Energy Department found that tolerant beetle (Odontotaenius disjunctus), a beneficial insecticide, is converting woodland food to energy by using a tight tractor in which live insects live, t To provide food, and to ensure the forests are getting nutrients.

Published in the journal, Nature Microbiology, a microbiological journal.

The parasitic beetle works together on a family basis to protect the log tunnel house and look after the young. A new study by Berkeley Lab found that the beetle's different microbes also helped survive the young. RELIGION: Javier Ceja-Navarro / Berkeley Lab

The parasitic beetle works together on a family basis to protect the log tunnel house and look after the young. A new study by Berkeley Lab found that the beetle's different microbes also helped survive the young. Ⓒ Javier Ceja-Navarro / Berkeley Lab

What do so many beetles eat wood

In the forests around the world, large fragments of wood take a great deal of biology. This biomass is difficult to break down, and the low level of nutrients is down to the low level of nitrogen.

Rotting wood in termites and parasitic beetles is a main food source. This is because it extract energy and nutrients that could make cells and bones.

An adult beetle is a one-inch body digging into wood that is ground and made pre-made with tweed and eating. This accelerates tree rot and helps other organisms in the ecosystem of tree and carbon use.

There are about seven adults in the Parchalid colony, and they use more than four times the body weight each day. The trees that go into the complex area of ​​the bone go through a bone process and are let into meal.

Dr. Hugh Campbell said: t Javier Ceja-Navarro, first author of the paper, Berkeley Lab, "The first point of the series is the nitrogen contained in this set, which is three times the size of this rate. T wood will be used with the beetle, "Indeed, the insects in the nitrogen field are nitrogen."

“We have found that hard green polymers such as lignin and cellulose have disappeared and that rich materials such as hydrogen power and ethanol and methane, as well as biofuels, are doing,” he said.

Third, beetles and the micro organisms do what scientists around the world want wood conversion to biomass and biomass.

Microbiological distribution and synthesis of parasitic tails and metallic processes of parasitoid beet. In the intermediate area (GM), the plant polymer has changed to a simple part and then pushed into the external recall (AHG). Then the nitrogen fixings and the presence of chemicals and hydrogen will be made. The depopulation of plant biofuels continues in an original shed (AHG) and released to feed and shelter, rich with metals such as acetates and ethanol and ethanol.

Microbiological distribution and synthesis of parasitic tails and metallic processes of parasitoid beet. In the intermediate area (GM), the plant polymer has changed to a simple part and then pushed into the external recall (AHG). Then the nitrogen fixings and the presence of chemicals and hydrogen will be made. The depopulation of plant biofuels continues in an original shed (AHG) and released to feed and shelter, rich with metals such as acetates and ethanol and ethanol.
Ⓒ Javier Ceja-Navarro / Berkeley Lab

Contribute to the processes of introducing aerobics and toxins

Dr. Hugh Campbell said: t Eoin Brodie, chief author of paper and director of the Berkeley Lab Department of the Climate and Ecology, “As a team of experts researching the use of advanced molecular biological devices with speroscopic and microscopic awareness; “We have found it is made up of distinct sections with different microbial communities that work together like the lines and use biology to turn wood to wood. food and fuel. "

“The real innovation here is how bio-chemical processes that are not connected are combined,” said Dr Brody.

Some processes that break lignin need oxygen. Other processes, such as fermentation, that provide energy sources to beetles, need a toxic environment. How did the beetle solve this problem?

Professor Sehe-Navarro, said: "The structure of the beetle, as long as the thickness of the inner wall of the inner wall of the wall, has transformed into a dense microflora, and has been found to have special metabolic processes over there t on different areas. "

Depending on this view, the answer required for oxygen will occur in the region where oxygen is blocked and the area divided by oxygen.

"The robot system can be developed to bring in a joint level,"

The researchers also found that the structure of the beetle is not allowing some materials such as hydrogen to escape to help beetles themselves and the baby's main energy sources, ascetate.

The foolish beetle seems to be a very advanced society. They work together as family units to protect families in tree tunnels and to raise young people. And back down, the nutrients from the beetles are fed back into the forest soil.

Seha-Navarro said that beetles could describe the way in which a biochemical process is separated by fruit lines and develops synthetic systems that may have biological consequences in the future.

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