yes it is in global warming
Snails may be affected by climate change as they are sensitive to changes in temperature and humidity. Changes in climate can impact their ability to find food, reproduce, and survive. However, their specific response to climate change can vary depending on the species and the specific environmental conditions they live in.
To study climate change, a fossil of an organism that is sensitive to temperature and environmental conditions, such as a coral or foraminifera, would be most useful. These organisms can provide insights into past ocean temperatures and conditions, as their growth patterns and chemical compositions reflect changes in climate over time. Analyzing their fossils can help reconstruct historical climate data and understand the impacts of climate change on marine ecosystems.
Because the climate change
Glaciers are indicators of climate change because they are highly sensitive to temperature fluctuations and precipitation changes. As global temperatures rise, glaciers typically melt at a faster rate, leading to shrinking ice masses and altered water flow in rivers. Monitoring glacier retreat and mass loss provides clear evidence of warming trends and can help scientists understand the broader impacts of climate change on ecosystems and sea-level rise. Their response to climate conditions makes them valuable indicators for assessing the health of our planet's climate system.
historical climate change effect on current biogeography.climate change has important implication.
Poachers are responsible for killing Pandas. Lack of food is also killing them. Pandas only eat Bamboo and due to climate change, Bamboo forests are dying off.
With climate change, people fear that there will be a substantial re-distribution of different plants and animals throughout the world. Researches found that some types of bamboo would not thrive as well under different climate conditions.
About 50 years in the wild. They tend to die in captivity, as they are highly sensitive to climate change.
Bamboo is a grass and will grow, and thrive, anywhere there is a friendly climate. With no control, bamboo will take over a yard or field.
Snails may be affected by climate change as they are sensitive to changes in temperature and humidity. Changes in climate can impact their ability to find food, reproduce, and survive. However, their specific response to climate change can vary depending on the species and the specific environmental conditions they live in.
Yes, other countries have.
Yes, bamboo is sensitive to soil acidity. It generally thrives in slightly acidic to neutral soil, with a pH range of about 6.0 to 7.0. Soils that are too acidic can hinder nutrient availability and negatively affect bamboo growth. Proper soil management and amendments can help maintain suitable pH levels for optimal bamboo health.
Yes, bamboo is generally safe for parrots to chew on and play with. However, it is important to ensure that the bamboo is free from any pesticides or chemicals that could be harmful to the parrot. Additionally, some parrots may be sensitive to certain types of bamboo, so it is best to monitor your parrot's behavior when introducing bamboo into their environment.
No. Only the Intuos line has this feature.
Sea bamboo (Ecklonia maxima) is not classified as an endangered species. It is a type of kelp that is commercially harvested in some regions for its numerous uses. However, like all marine organisms, sea bamboo could be at risk if its habitat is threatened by factors like pollution, climate change, or over-harvesting.
the main causes are climate change and air pollution, the bamboo and forests not being able to handle it causing the forests and bamboo to die leading to starvation ( bamboo taking up 99% of the pandas diet) ( hunting and poaching pandas is now illegal in China that's why it is no longer a main threat)
To study climate change, a fossil of an organism that is sensitive to temperature and environmental conditions, such as a coral or foraminifera, would be most useful. These organisms can provide insights into past ocean temperatures and conditions, as their growth patterns and chemical compositions reflect changes in climate over time. Analyzing their fossils can help reconstruct historical climate data and understand the impacts of climate change on marine ecosystems.