Answer:
Geologist can use the following pieces of evidence in predicting future eruption;
1)Frequency of localize Earthquakes.
2)Gas Emissions.
3)Remote monitoring.
4)History of Volcanic Activity
Explanation:
<u>Frequency of Localize Earthquakes</u><u>:Geologists</u> use seismographs that record the length and strength of each earthquake to try to determine if an eruption is imminent.
<u>Gas emissions</u>:Gases may be able to escape a volcano before magma reaches the surface. Geologists measure gas emissions in vents on or around the volcano.The amounts of gases and their ratios are calculated to help predict eruptions.
<u>Remote Monitoring</u>:Some gases can be monitored using satellite technology. Satellites also monitor temperature readings and deformation. As technology improves, Geologist are better able to detect changes in a volcano accurately and safely.
<u>History of Volcanic Activity</u>:A volcano’s history, how long since its last eruption and the time span between its previous eruptions, is a good first step to predicting eruptions.
temperate
explanation:
western central europe is in the temperate climate zone.
Régions particulièrement touchées. L'Arctique, l'Afrique, les petites îles et les mégadeltas asiatiques sont des régions susceptibles d'être particulièrement touchées par les futurs changements climatiques. Dans d'autres régions, certaines personnes sont particulièrement exposées aux futurs changements climatiques, comme les pauvres, les jeunes enfants et les personnes âgées.
No greenhouse gas emissions is the biggest benefit to nuclear energy
Explanation:
Nuclear energy is defined as the energy that is emitted from the nucleus of an atom. One of the biggest benefit of the nuclear energy is that there will be no emission of the greenhouse gas. Huge amount of energy is being produced when weather fission takes place due to the reaction of the nucleus.
Nuclear energy has various advantages that is it reduces relative cost but the construction cost of nuclear plant are large. It reduces pollution. It provides high energy density. Nuclear energy provides base load energy.