The increasing concentration of greenhouse gases in the atmosphere causes the earth to warm up at an alarming rate, but it does not happen in a completely uniform way. A new study has found that climate change is causing global nighttime temperatures to rise faster than daytime temperatures, which could have a significant impact on the environment;. Although different regions of the Arctic, such as the rate of temperature change during the day, have not been studied specifically for some regions of the Arctic, such as how the temperature changes during the day have an impact on people. < / P > < p > and as different organisms perform their critical tasks at different times of the day (or night), there is concern that this uneven warming may make some species feel its impact more than others. < / P > < p > scientists at the University of Exeter began to look for answers to these questions, using hourly records of temperature, clouds, specific humidity, and precipitation to measure the difference in temperature rise between night and day. This modeling was applied to the warming period between 1983 and 2017, during which the team found that, on more than half of the world’s land surface, the annual average temperature difference between night and day was more than 0.25 ℃ (0.45 ° f). < / P > < p > although in some places it is seen that daytime warming is faster, the total area of areas with greater Nighttime Warming is more than twice that of daytime warming. According to the team, this asymmetric warming is mainly driven by changes in clouds, which help keep land cool during the day and lock in warmth at night. The opposite is true for places where cloud cover is lower, leading to faster warming days. < p > < p > < p > & quot; asymmetric warming has a potentially significant impact on nature, said lead author Daniel Cox, Ph.D. &We have shown that greater Nighttime Warming is associated with a wetter climate, which has been shown to have an important impact on plant growth and how species (such as insects and mammals) interact. On the contrary, we also show that the greater the daytime warming, the drier the climate, and the higher the overall warming, which increases the vulnerability of species to heat stress and dehydration. Species that are only active at night or during the day will be particularly affected. &So much so that between 1970 and 2016, we saw a huge reduction in the number of vertebrate species under pressure from WWF, according to a recent WWF report. Although land clearance for food production has so far been found to be a key driver of the loss of this species, experts predict that as climate changes and becomes unsuitable for many species around the world, the loss of plants and animals will be enormous. IPhone 12 whole family barrel model exposed: it’s a tribute to iPhone 4