Can a drop of pine resin form a pine resin ball?

Pine resin turned into a fossil, which is often referred to as amber. Amber is a kind of fossil, such a fossil has two meanings, it is a fossil itself, and at the same time, there are usually some inclusions in it, such as plant leaves, pollen, or other plant remains, of course, when you are lucky, there will be insects and even arthropods to preserve, in that case, it is even more precious.

The formation of amber requires the following conditions:

1.Time. No matter how good the conditions are, they are not as important as the condition of time, as the saying goes, the years are a pen, and the years are a scalpel.

It takes tens of thousands of time for fossils to form, and academics generally say that things that are more than 10,000 years old are called fossils, and fossils like amber generally take tens of millions of years. Time has made amber's own molecular structure more stable, easier to collect, and more valuable.

2.is buried, and it is a relatively fine burial. Generally speaking, buried materials with fine particles, such as volcanic ash and fine silt, are burials that are prone to the formation of good fossils.

If the particles of the buried material are too coarse, then the organisms or buried bodies are easily decomposed by bacteria, or destroyed by other materials, and it is difficult to form fossils.

3.Hypoxic burial environment. Under such conditions, bacteria are not easy to decompose buried materials, which is also an important condition for the formation of fossils.

4.The relatively concentrated carbonate and silicate water immersion environment is also very easy to promote the formation of fossils.

5.Pressure and heat can also contribute to the formation of amber.

In short, there are still many conditions for the formation of amber, and they are also very demanding. The probability of being able to leave it as amber and be discovered by people must be that only one or two can be taken in ten thousand.

A drop of pine resin itself is and globular.

How pine resin balls form fossils. 1. First of all, the resin of the oily stool flowing out of the pine tree body is pine resin, which is the sugar generated by the photosynthesis of pine needles, and after complex biochemical changes, pine resin is formed in the parenchyma cells of the wood, and then infiltrates into the resin channel through the lipid cell wall2. The resin that has just flowed out is a colorless and transparent oily liquid, which is exposed to air, thickens with the gradual volatilization of the compound, and finally forms a white or yellow solid substance

3. If at this time, in the process of resin dripping, it is coincidentally dripped on the small insects passing by, and then the resin continues to drip and attack, so that the jujube reed can be surrounded to form a relatively thick spheroid, and after tens of thousands of years of burial, the spheroids formed by pine resin dripping and then undergo certain chemical changes in the ground to form resin fossils, similar to organic minerals, which can form resin spheroids, which is often referred to as amber

Pine resin balls are pine resin formed in the parenchyma cells of wood after the photosynthesis of pine leaves to produce sugars. It takes a long time for the pine resin balls to turn into amber, probably more than 10,000 years. Moreover, after the pine resin balls become amber, they are still organic matter.

The formation process of pine resin balls.

Pine resin ball is the pine resin formed by the sugars generated by pine leaves in the parenchyma cells of wood after photosynthesis, and then after the bark is cut, the pine resin seeps out and drips to the ground, and it is a pine resin ball after hardening. Moreover, when the pine resin ball drips, it wraps the insect or plant, and then passes through the movement of the earth's crust to form amber.

It takes a long time for pine balls to turn into amber, probably more than 10,000 years, so the value of pine balls is very high, and it is difficult to encounter pine balls on the market now. Generally, after the pine resin balls turn into amber, the texture is better.

After becoming amber, pine resin balls are still organic substances, and usually the main component of pine resin is resinic acid, and there are also a small amount of fatty acids and other substances. The pine resin balls mainly have a resinous sheen and will look like a warm feeling.

Pine globules are made up of millions of pine resin gland cells and usually take weeks or months to form a solid sphere.

When pine trees enter the growing season, their pine resin glands begin to secrete pine resin, which accumulates on the trunk and branches. The process of formation of pine resin balls can last for several years, but they are usually the largest and hardest in the spring and fall.

For a pine resin bulb to become a pine resin deficiency bulb, the pine resin gland cells need to continuously accumulate loose grease until it reaches a certain weight and density. This process can take weeks or months, depending on the variety of pine trees, growing conditions, and environmental factors. Some pine varieties have more active pine gland cells than others, so they may be more prone to the formation of pine resin globules.

Pine resin has been a pine resin ball for tens of millions of years.

Conditions for the formation of pine resin balls:

It takes tens of thousands of years for fossils to form. Academics generally say that things that are more than 10,000 years old are called fossils, while fossils such as amber are generally tens of millions of years old. Time has made the molecular structure of amber more stable, easier to collect, and more valuable for pure chain limbs.

Buried:

Generally speaking, burials with fine particles, such as volcanic ash and fine sediment, are burials that are prone to the formation of good fossils. If the buried particles are too coarse, organisms or buried objects are easily decomposed by bacteria or destroyed by other substances, making it difficult to form fossils.

Hypoxic environment:

Under this condition, bacteria are not easy to decompose buried materials, which is also an important condition for the formation of fossils.

Penetration and pressure:

Thicker carbonate and silicate water immersion environments can also easily promote fossil formation, as can pressure and heat.

The pine resin dripping from the old pine tree envelops the flies and spiders, and the pine resin continues to drip down, covering the original pine resin, which slowly accumulates into pine resin balls. Over the past few thousand years, the land has changed dramatically, forests have been submerged, and turpentine balls have been buried under the sand for thousands of years to form fossils.

Summary. Pine resin flows out of the wound on the surface of the pine tree by liquid, and then the water evaporates and becomes a solid.

Pine resin flows out of the wound on the surface of the pine tree by liquid, and then the water evaporates and becomes a solid.

The pine nut ball after the suspicion is tightly stuck to the surface of the pine pants and jujube Chunqing, and the pine resin liquid left behind is covered outside the pine nut ball, and the water slowly evaporates and is attached to the outside of the pine resin ball, and the pine resin ball becomes larger, and the pine resin that flows behind covers the pine resin that has left the ball first.

So what are the conditions required for the formation of pine resin balls? Time: It takes tens of thousands of time for fossils to form, and academics generally say that things that are more than 10,000 years old are called fossils, and fossils like amber generally take tens of millions of years, which makes amber's own molecular structure more stable, easier to collect, and more valuable.

Buried: Generally speaking, buried objects with fine particles, such as volcanic ash and fine silt, are burials that are prone to the formation of good fossils. If the particles of the buried material are too coarse, then the organisms or buried bodies are easily decomposed by bacteria, or destroyed by their suppression, and it is difficult to form fossils.

Oxygen-deficient environment: Under such conditions, bacteria are not easy to decompose buried materials, which is also an important condition for the formation of fossils. Infiltration and pressure:

The carbonate and silicate immersion environment is also very likely to promote the formation of fossils, and the pressure and heat can also promote the formation of amber. In short, the formation of amber requires a lot of conditions, but also very harsh, first of all, the pine resin dripping from the old pine tree wraps the flies and spiders, and the pine resin continues to drip, covering the original, and slowly accumulates into a pine resin ball. Second, thousands of years have passed, the land has changed dramatically, forests have been submerged, and pine resin balls have been buried under the sediment and have been fossilized for thousands of years.

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Because now people rarely use this kind of pine resin balls, and there are few people who sell them.

Why are cancellous balls rare? Because this thing should be difficult to meet.