Their composition of soft materials.
Amber fossils are preserved in hardened tree resin, while regular fossils are preserved in rocks. Both types of fossils capture the remains of ancient organisms, providing important insights into the past. Amber fossils often preserve delicate details and even soft tissues due to the protective properties of the resin, making them particularly valuable for scientific study.
Yes, fossils are relatively rare because specific conditions are needed for the preservation of organic material over millions of years. Factors like rapid burial, lack of oxygen, and the presence of minerals play a crucial role in the formation of fossils. Due to these requirements, many organisms never fossilize, making the discovery of fossils a rare event.
Hawaiian fossils are relatively rare due to the islands' young geological age and their volcanic origin, which means much of the landscape is still being shaped. While there are some fossils, particularly of marine life and certain land organisms, they are not as abundant as in older, more stable geological regions. Additionally, the isolation of the islands limits the diversity of fossilized remains. Overall, while you might find some Hawaiian fossils, they are not plentiful.
Fungi and Micro-organisms are classified under different micro organisms. Micro-organisms are living things that could not be seen in a naked eye. But Fungi could be seen under a naked eye.
Fossils encased in amber or ice are well-preserved, offering unique insights into ancient ecosystems and organisms. The amber fossils often capture minute details due to the clarity and protection provided by the resin. Ice fossils can include soft tissues and DNA that are usually not preserved in other types of fossils due to rapid freezing.
Mushrooms are very soft and have no cellulose or rigid fibers in them. They smash and disintegrate before they are fossilized.
The gill fungi are endangered due to habitat destruction and climate changes. The fungi are extremely susceptible to damage due to contaminants like fertilizers and pesticides.
Amber fossils are preserved in hardened tree resin, while regular fossils are preserved in rocks. Both types of fossils capture the remains of ancient organisms, providing important insights into the past. Amber fossils often preserve delicate details and even soft tissues due to the protective properties of the resin, making them particularly valuable for scientific study.
Hawaiian fossils are relatively rare due to the islands' young geological age and their volcanic origin, which means much of the landscape is still being shaped. While there are some fossils, particularly of marine life and certain land organisms, they are not as abundant as in older, more stable geological regions. Additionally, the isolation of the islands limits the diversity of fossilized remains. Overall, while you might find some Hawaiian fossils, they are not plentiful.
Yes, fossils are relatively rare because specific conditions are needed for the preservation of organic material over millions of years. Factors like rapid burial, lack of oxygen, and the presence of minerals play a crucial role in the formation of fossils. Due to these requirements, many organisms never fossilize, making the discovery of fossils a rare event.
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If you mean an intrusion via magma/lava, then fossils would not exist due to the fact that most fossils are found in SEDIMENTARY rock, not IGNEOUS (magma/lava rocks).
Fungi and Micro-organisms are classified under different micro organisms. Micro-organisms are living things that could not be seen in a naked eye. But Fungi could be seen under a naked eye.
No single rock preserves fossils, but they're found mainly in sedimentary rock beds due to the amount of pressure exerted as it layers over millions of years.
they belong to the Eukarya domain due to be eukaryote
Fossils encased in amber or ice are well-preserved, offering unique insights into ancient ecosystems and organisms. The amber fossils often capture minute details due to the clarity and protection provided by the resin. Ice fossils can include soft tissues and DNA that are usually not preserved in other types of fossils due to rapid freezing.
Protozoa are neither bacteria nor fungi. They are single-celled organisms belonging to the Kingdom Protista. They are often classified separately from bacteria and fungi due to their distinct characteristics and lifestyles.