Answer:
New Zealand's central South islands
Australia's Northern regions
Explanation:
NATO was formed to protect its members from aggression by the Soviet Union. NATO stands for the North Atlantic Treaty Organization.
NATO's members include the U.S. and Canada. NATO protects democracy and individual freedom.
Explanation:
Nato's essential purpose is to safeguard the freedom and security of all its members by political and military means. Collective defense is at the heart of the Alliance and creates a spirit of solidarity and cohesion among its members. Its a collective defense strategy against the soviet which was trying to spread communism across Asia. Hence United states, Canada and other countries from western Europe created NATO. The expansion of NATO is North Atlantic Treaty Organisation.
Democratic nations are threatened by the spread of communism. The fall of democracy in Czechoslovakia and communism arose which became an alarming sign for the spread of communist principles across Europe. If soviet attacked any country then all countries who are the members of NATO would fight as a group against soviet which was a strong wall that defended communism and its spread.
Answer:
D. troposphere; stratosphere
Explanation:
The ozone layer is a region in the upper part of the earth that is rich in ozone content (three molecules of oxygen or trioxygen O3). This layers extends as a blanket over the earth's globe as it absorbs the dangerous ultraviolet radiation from the sun preventing it from reaching the earth surface.
Ozone is a potential air pollutant when found in the ground level of the earth, the troposphere. It causes greenhouse gases, contributes to climate change and global warming threatening the health of living things at this region. However, Ozone is useful in the stratosphere where it helps in trapping incoming radiation from the Sun that would have been harmful to life on the earth.
Answer:
Earthquakes and Tsunamis In the deep ocean, sensors monitor volume displacements and seabed deformation. Increasing activity can predict an earthquake. ... These seabed sensors monitor seismic events beneath the waves then transmit the alerts back to land via surface buoys for coastal tsunami alerts.