An important factor to make fossil formation more likely is rapid burial or coverage of the object so it isn't exposed to much air. There also needs to be an absence of decomposers.
They all do. This is a scientific definition of a mineral: A mineral is a naturally occurring chemical compound, usually of crystalline form and abiogenic in origin.
Aluminium isn't a mineral (it doesn't occur naturally). Perhaps you are thinking of alumina, which does have transparent mineral forms called corundum (ruby, sapphire, padparadscha).
Native metals are minerals. The only metals that commonly occur in native form are copper, silver, gold, and platinum.
yes its a mineral. No, it is a chemical element that does not occur in pure form, only as a component in minerals. Here's a list: http://en.wikipedia.org/wiki/Category:Sodium_minerals So strictly speaking, although it is often referred to as a mineral in dietary discussion, it is technically not a mineral.
pyrite is my favorite mineral but you can naturally find it normally in Africa or Asia
what type of conditionals must be present for mineral fossilization to occur
Mineral fossilization most commonly occurs in the presence of water. Water plays a critical role in transporting mineral ions to replace organic material in the fossilization process. However, in some cases, fossilization can occur in arid or dry environments through other processes like desiccation or replacement by volcanic minerals.
No, mineral fossilization typically requires water to transport minerals to the remains of the organism and facilitate the crystallization process. Water helps in the replacement of organic material with minerals, forming a fossil.
Fossilization requires quick burial of the organism in sediment or another substance that prevents decomposition. The presence of minerals that can replace the organic material of the organism is also crucial, along with protection from physical and chemical weathering processes. The right environmental conditions, such as low oxygen levels, are also important for fossilization to occur.
Cast, imprint, amber, and frozen
The conditions necessary for rusting are water (or water vapour) and air, specifically Oxygen. If one condition is absent and the other is present then rusting would not occur but if both are present then rusting will occur
poo on bread
When bones, or other dense living material is buried, over thousands of years as it decays it leaves spaces where minerals can gather. As the bone/ivory/shell/whatever, decays it is slowly replaced with mineral deposits that when the substance is fully decayed will fill in the hole that would have been left, and that mineral form is the fossil.
Organisms in the rainforest are typically decomposed rapidly by bacteria, fungi, and insects, preventing fossilization. The warm and humid conditions of the rainforest accelerate decay processes, leaving little time for the necessary conditions for fossilization to occur. Additionally, the dense vegetation in rainforests makes it challenging for fossils to be exposed and preserved.
There are multiple methods of fossilization, but fossils generally are formed by rapid burial of organisms or traces of organisms by sediments. Fossils occur when the organic material is filled with minerals or the cells of an organism is replaced by the minerals in water. Most of the minerals came from rocks and sands. Here are the conditions for fossilization or permineralization: 1. Mineral-rich water like flood water or ground-erupted water. 2. Lack of oxygen - to prevent decomposition by oxygen. 3. Pressure - particularly in woods so that minerals can seep deep inside. 4. Usually occur within a few years - fossilization must occur quickly before decomposition takes place. When a Plant or animal dies in a watery environment and is buried in sediment or soft tissues quickly decomposed leaving the hard bone or shells behind.
Mineral formation caused by high pressures and temperatures is most likely to occur in the Earth's crust at depths where these conditions are present, such as in regions undergoing deep burial, subduction zones, or areas near magma intrusions. This process is known as metamorphism and can lead to the formation of new minerals through the recrystallization of existing ones under these extreme conditions.
Successful fossilization or preservation of an organism can occur in several ways: (1) preservation without change; (2) complete replacement by a mineral; (3) filling in of a hollow space by a mineral; (4) formation of a thin film of carbon; and (5) formation of an imprint or the filling in of an imprint.