No, warming seems to be causing flowering plants to blossom earlier each year. There is not much evidence to show that flowering is increasing, but this may be so with some species.
The climate change that allowed flowering plants to increase was the gradual cooling of Earth during the Cretaceous period, which created more temperate climates. This change provided favorable conditions for the diversification and spread of flowering plants, enabling them to outcompete other plant species and dominate terrestrial ecosystems.
climate cooling and drier air
c. climate cooling e. famine
Depending on the emissions, volcanoes can either cause warming or cooling. Effusive eruptions of basaltic lava tend to produce carbon dioxide, which warms the climate. Explosive eruptions of rhyolitic or dacitic ash and pumice tend to produce sulfur dioxide, which causes cooling. In both cases the eruption needs to be exceptionally large to have a noticeable effect on climate.
False. The predominant scientific consensus is that the use of energy resources, particularly fossil fuels, contributes to global warming rather than cooling. While certain pollutants, like aerosols, can have a temporary cooling effect by reflecting sunlight, the overall impact of greenhouse gas emissions leads to an increase in global temperatures. Thus, using energy resources primarily exacerbates climate change rather than mitigating it.
The climate change that allowed flowering plants to increase was the gradual cooling of Earth during the Cretaceous period, which created more temperate climates. This change provided favorable conditions for the diversification and spread of flowering plants, enabling them to outcompete other plant species and dominate terrestrial ecosystems.
climate cooling and drier air
Sulfur dioxide tends to decrease the temperature of the atmosphere by reflecting sunlight back into space and leading to the formation of cooling sulfate aerosols. This can have a temporary cooling effect on the climate.
nope
Volcanic eruptions release ash and gases into the atmosphere, including sulfur dioxide. These particles can reflect sunlight back into space, leading to a temporary cooling effect on the Earth's climate.
to increase the boiling point of the coolant
It is called the "Wind Chill" factor. :)
increased cost of food and heating/cooling
Crop Failure
Atmospheric particulate matter can have both warming and cooling effects on Earth's climate. Particles like black carbon can absorb sunlight and contribute to warming, while reflective particles like sulfate aerosols can have a cooling effect by scattering sunlight back into space. The overall impact of particulate matter on climate depends on factors like the type of particles present, their location, and the interactions with other components of the climate system.
Using straight water in place of coolant will increase the chance of rust occuring within the cooling system and clogging up the radiator. Depending on the climate you live in, you will risk the possiblity of the engine freezing and cracking the block.
South America