Chinese researchers have found 100 million year old amber beetle fossils, what is the research value

The research value is still relatively high, and from this fossil, we can understand the time of existence of this species, as well as their living habits.

This is of great significance for the study of biodiversity in ancient times in China. You can study the evolutionary history of the beetle buying Zhangjiacheng in ancient times. It is of great archaeological significance.

In fact, it is possible to study some organisms 100 million years ago, and through their genetic exploration, this law was naturally selected.

It can enable them to develop some different biological specimens, find some traces of organisms in these aspects of research, provide them with a good information base for future research, and so on.

It has high research value, and this specimen is particularly well preserved, which provides a particularly important proof of the evolution of the beetle in 100 million years, and also provides new evidence for the current researchers to study the ophthalmoididae.

This can allow us to learn more about the biological structure of hundreds of millions of years ago, more about the environment and genes at that time, and let us know more about the earth, which is also related to the future development of human beings, so that we can have a deeper understanding of the past.

This discovery has far-reaching implications, as it provides a key example for studying the evolutionary relationship between insects and angiosperms in modern terrestrial ecosystems, demonstrating that there was a pollination relationship between beetles and higher true dicots 100 million years ago.

This research is very valuable, and it allows us to learn about some of the previous things. For example, it allows us to see the difference between the bugs of the past and the bugs of the present. It also allows us to know how long ago there were creatures on the earth, so it can be said that this discovery is very valuable.

The most important thing is that you can understand most of the value of these fossils by studying them, and you can understand some of the contents well, and the most important thing is that you can understand some of the historical changes and evolution process.

This gives you a better understanding of what the Earth was as it was, and what happened to the Earth 100 million years ago, and this piece of amber is very important and very meaningful.

I think it's possible to study previous history, and in doing so, it has had a great impact on the development of our previous history, and it can also be our culture, because it's very valuable for us to study.

There is an important concept in paleontology called deep time. Deep time is a concept of geographic time, and Pulitzer Prize-winning John McPhee wrote in Basins and Mountains that if the history of the earth were to be seen as a yard in the old imperial system, that is, the distance from the tip of the king's nose to the fingertips of his arms stretched out — a single cut of nail clippers could cut away all the time of human existence. So even though humans have now "dominated" the Earth, we are actually very small compared to the biological systems of this planet.

Fundamentally, we are subject to the same constraints as other non-"intelligent" creatures, and we are just as vulnerable as they are when disaster strikes.

Just as reading history can learn from the past and the present, the study of paleontology is also aimed at improving the understanding of the modern biological environment, so as to bring sustainable hope for human survival. As a remnant of ancient times, dinosaur fossils (including other paleontology) have two main values: to tell modern people what creatures were like in ancient times; Tell us what the environment was like in ancient times.

The significance of the former is mainly in evolutionary chemistry - where did humans come from? How is the biological chain structured? What kind of hereditary traits will emerge from evolution to avoid extinction?

The significance of the latter is mainly in environmental science - how do organisms adapt to changes in their environment? In today's global warming, what kind of challenges will the earth's life face? What should human beings do in order to compete for more life?

Broadly speaking, not only dinosaur skeletons, but also the **, footprints, feces, and hair left in the ore are also fossils; Skeletons and feces that are naturally air-dried in desert areas are also fossils; Mammoths** dug up in tundra areas are also fossils; Intact mammoth carcasses dug up from the mire are also fossil ......Not only that, but the fossils also include the remains of plants and invertebrates. A fossil site preserves the fossils of various organisms in the area, ideally preserving the structure of the entire food chain and the general ecological environment. Paleontologists can estimate the climate of the time based on the geographical location and time of the rock formations, and draw analogies with other relics to get the approximate living conditions of the creatures at that time.

For example, a chestnut can be found in fossilized feces to give a general recipe for the creature.

In fact, "what is the use of dinosaur fossils" and "what is the use of studying dinosaur fossils" are important questions for scientists to apply for scientific research. You must know that scientific research is also a very utilitarian thing for society, and millions of dollars of investment allow you to dig hundreds of millions of years ago in the ground, and there is no return to the capital. It's just that the rewards here are not monetary or material, but have a much broader and far-reaching purpose.

The above can be seen as the tip of the iceberg of the explanation to the employer when applying for funding.

In fact, the greatest significance of such a discovery is that it was formed in ancient times, and there was such an insect at this time in ancient times, and the system of that insect has a great role in some historical research.

This discovery provides evidence for the fact that beetles feed on plant pollen, which is conducive to the detailed study of the development history, evolutionary process, and eating preferences of beetles.

The significance of this discovery can actually make a better contribution to our biology, and it provides a lot of enlightenment, which can be studied more deeply.

This shows that beetles have existed since ancient times, and they are not much different from modern beetles.

It is also possible to find that the beetle was alive at that time, and you can also judge the physical condition and information of the beetle at that time based on the feces.

An amber who sealed the "stinky big sister" 100 million years ago was exhibited at the Beijing Stone Exploration Museum on the 21st. The huge horns and long and slender body create a clear gap - this monster in Amber is the insect with the largest number of tentacles found at this stage, and biologists call it the Great Horned bug. Mites, that is, the "sister of bed insects" that everyone in the Northeast put it bluntly.

According to the research of Professor Chen Rui of the Institute of Zoology of the Chinese Academy of Sciences, this kind of amber platinum should come from the Hugang Valley in Kachin State in northern Myanmar, and its generation age is in the middle and late Cretaceous, about 99 million years ago. The insect body preserved in the amber leaf has exaggerated and delicate flexion and extension tentacles, which can accept a large number of organic chemical data signals and improve the perception of potential host plants and their surrounding environment. The bighorn bug in the amber is most likely a mimic branch, with leaves growing on the branches.

It is a distinctive and reasonable defense, much more elaborate than simply emulating deciduous and tree techniques, and perhaps it can cope with many carnivores of the Cretaceous period. This discovery is expected to provide direct evidence for the evolution of the plurality of individual insect behaviour under the theory of natural selection.

Oversized tentacles offer many benefits to insects, but why haven't they been picked for millions of years? Huang Dawei, an expert professor at Nankai University in Tianjin, said that although large tentacles can give insects the upper hand in accepting chemical information, mimicking personal behavior, sexual selection, etc., because of excessive consumption of kinetic energy, slow and dull posture, and excessive exaggeration of appearance design, it will also limit the ability of individuals and species to adapt to the transformation of work, especially when the natural environment produces major changes, and will eventually have a great adverse impact on insects.

The results of the research have been published internationally. The team said they would again look for individual nymphs of the Great Hornworm to further confirm the hypothesis of the role of this particular trait and its associated role. The collection of the amber specimen will be exhibited in Beijing.

In addition, the collection of ** specimens such as shrimp-shaped amber, annular amber and Tyrannosaurus rex feathered amber is also exhibited.

On March 20, an amber sealed with hundreds of millions of years ago "bed bug" was unveiled at the Stone Exploration Museum in Beijing, with huge horns and a slender body, forming a strong contrast - it is the largest class of insects with antennae found by human beings, and is called the great horned bug by scientists. Bugs, which are what I call bed bugs. This discovery can help biologists explore and improve the structure of genes and food chains in nature hundreds of millions of years ago, and can make people better understand the environment and the changes behind it, which has the research value of humanistic exploration and biological exploration.

This has great research value, not only for people today to understand the species of insects hundreds of millions of years ago through this new species of insects, but also for scientists to further understand the earth hundreds of millions of years ago.

This value is very great, and it can be used to study the evolutionary laws of insects in depth, which has a great development for biology.

Amber is made through the fossils and carcasses of animals, and then it is subjected to the wind and rain of nature for a long time, and then finally forms a stone.

Created through tens of millions of years of crustal movements and plate evolution. Some plants and animals would be melted into it due to the fall of resin from trees, and this fossil has been formed until now.

Because the weather is very hot, and the tree will shed some resin, and then the animal accidentally sticks to the resin, and after tens of thousands of years of burial in the ground, it finally forms amber.

Amber is generally found on trees and is formed from a lot of resin that gets harder and harder over time.

The evolution of the glowing beetle is still under investigation, and it evolved from fireflies, which are also primitive creatures.

According to researchers' speculation, the male specimen of the Chalky Firefly was very similar to the current fireflies, and both had a particularly soft body. In the middle of the transition.

It was in the early days that in order to defend themselves against some predators, they formed a special organ in their body that could glow to protect themselves.

Researchers believe that differentiation occurred during the Cretaceous to defend against potential predators with soft bodies including ants, frogs, and early birds.

Many of today's creatures have evolved, and the glowing beetle has evolved over 100 million years to become the current firefly.

Amber has become the new favorite of paleontologists. After discovering a dinosaur-era chick and a "fresh" feathered dinosaur tail in amber, they discovered crustaceans from the dinosaur age. On January 22, paleontologists from China, Austria and Canada announced in Vienna that they had discovered for the first time a very special crustacean, mesomorphs, in a piece of amber about 100 million years old.

This specimen is from the Cretaceous period.

Shrimp and crabs are the most common crustaceans of people. They get their name from the "armor" they wear on the outside of their bodies. Crustaceans mostly live in the ocean, with a few inhabiting freshwater and land.

Experts say that the discovery of this mesomorphic specimen indicates that the local resin is produced in the marginal marine environment, and then encapsulates the completely marine mesomorphs. This information is very important for us to understand the paleoenvironment of the Amber Forest in Myanmar and the evolution of mesomorphs.

Mesomorphs belong to the crustaceans and are also known as seed shrimp or mesozoa. They are very tiny in size, usually up to 2 mm long.

The newly discovered mesomorphic specimens are from the Hugang Valley, Kachin State, northern Myanmar, a well-known amber producing region. According to volcanic ash, the amber in this area is about 100 million years old, which belongs to the earliest part of the late Cretaceous period. The flora and fauna that lived in the humid tropical environment of northern Myanmar during this period were often encased in resin from the pine and cypress species, forming amber over a long geological period and has been preserved to this day.

In addition to mesomorphs, the amber bodies found this time also contain fecal particles and the remains of the egg arachnidae, but the mesomorphs and other inclusions are separated by obvious flow lines. This indicates that the resin first encapsulates the mesomorphs on the ground, and after drying, another stream of resin hits and encapsulates the feces and ovoarachnidae.