Extinction of different species, loss of sea-life through climate change, or the drying up of the ocean through land uplift. Even an ice-age might affect the process.
There are several environmental changes that can stop the development of an organic sedimentary rock. These changes include: global warming, sudden cooling, lowering of the sea levels and drastic changes in pH levels.
A sedimentary rock is one that is formed from sediments laid down in horizontal strata, usual at the bottom of lakes or shallow seas. But they can be formed on land, such as Old Red Sandstone, which is a remnant of an ancient hot desert.An "organic" sedimentary rock is one made up not from mineral sediments such as sand and mud, but from the skeletal remains of sea-creatures or from partially decayed plant remains (coal). It follows that organic sedimentary rock will always be formed under water. (The skeletons are mineral, typically calcium carbonate). An example is limestone, which may be carboniferous, oolitic, or chalk.To answer the question, the factors that might stop the development of an organic sedimentary rock include: extinction of the species, loss of sea-life through climate change, or the drying up of the ocean through land uplift. Even an ice-age might affect the process.
An environmental scientist is a professional who studies the environment and its relationship to human activities. They conduct research to understand the impact of human actions on ecosystems, develop strategies for conservation and sustainable development, and work to address environmental issues like pollution and climate change.
An Environmental Impact Statement is required by companies when starting a factory or making a change to the manufacturing processes. It is meant to outline what impact the change will have on the environment.
The main source of environmental change is human activities, particularly related to industrialization, deforestation, agriculture, and the burning of fossil fuels. These activities release greenhouse gases into the atmosphere, leading to global warming, climate change, and other environmental disruptions. Efforts to reduce and mitigate these sources of environmental change are crucial to protecting the planet.
There are several environmental changes that can stop the development of an organic sedimentary rock. These changes include: global warming, sudden cooling, lowering of the sea levels and drastic changes in pH levels.
A sedimentary rock is one that is formed from sediments laid down in horizontal strata, usual at the bottom of lakes or shallow seas. But they can be formed on land, such as Old Red Sandstone, which is a remnant of an ancient hot desert.An "organic" sedimentary rock is one made up not from mineral sediments such as sand and mud, but from the skeletal remains of sea-creatures or from partially decayed plant remains (coal). It follows that organic sedimentary rock will always be formed under water. (The skeletons are mineral, typically calcium carbonate). An example is limestone, which may be carboniferous, oolitic, or chalk.To answer the question, the factors that might stop the development of an organic sedimentary rock include: extinction of the species, loss of sea-life through climate change, or the drying up of the ocean through land uplift. Even an ice-age might affect the process.
Organic evolution is the process through which living organisms change over time through genetic variations, mutations, and natural selection. It results in the diversification of species and the development of new traits that better adapt organisms to their environment. Organic evolution is driven by factors such as competition for resources, environmental changes, and reproductive success.
Environmental change is an inevitable consequence of development. Damage can be mitigated and reduced in most cases by careful planning, including green methods of building and species transplantation.
It can change when it is eroded and weathered.
Evolution refers to the change in hereditary features of a species over a long period of time, driven by natural selection and genetic variation. This process leads to the development of new species and the adaptation to changing environmental conditions.
Sedimentary rocks change to metamorphic rocks through the process of metamorphism, where heat and pressure alter the original sedimentary rock's mineralogy, texture, and structure. This process generally occurs deep within the Earth's crust where rocks are subjected to high temperatures and pressures, causing the recrystallization of minerals and the development of new textures.
petrol formed from dead organic matter mostly in sedimentary rock ,due to unaerobic condition these organic matter change into oil or gas ,mostly the source rock be shale and reservior rock mostly be sandstone and limestone
by how they can used erosion and weathering
What two thing's change a sedimentary rock into a metamorphic rock
No, high pressure alone cannot change an igneous rock into sedimentary rock; however, the reverse is true. High pressure can change sedimentary rock into igneous rock.
Absolutely. And eventually they can become a part of a new sedimentary rock.