Answer:
- Reduced snow accumulations
- Earlier snowmelt in the Spring
- Spring flooding
- Less water in streams
- Reduced water availability
Explanation:
Less snow will fall in Winter due to the higher temperatures and, thus, will not accumulate. When there is less accumulated snow on the ground and the snowpack is thinner, then the snowmelt will occur earlier and faster in the Spring.
Quicker snowmelt in the Spring will result in rivers overflowing their banks because they cannot hold such a rapid influx of water. Rapid water cycle runoff will cause Spring flooding.
The snowpack will, therefore, be depleted early in the Spring season, and due to the earlier and faster snowmelt, there will be less water in the streams during the Summer.
The consequential lack of slow mountain snowmelt during the summer season will result in rivers flowing much less vigorously and with less volume over water. This means that downriver communities will face summer water shortages.
New york is the location of bethel.
I think it is erosion or deposition
Answer:
Coriolis effect
Explanation:
The Coriolis effect is an apparent force, corresponding to the earth's surface, which makes deflection of any moving object (air masses) to the right in Northern Hemisphere and to the left in Southern Hemisphere because of the earth's rotation. The Coriolis effect is a primary cause of various large scale weather patterns e.g. Coriolis effect is responsible for cyclones and trade winds.
The weather effecting fast moving objects e.g planes, missiles,rockets is affected by the Coriolis effect. Coriolis effect determines the direction of winds. A plane that flies along a path (north-south) should not fly directly towards the target location but it should fly either a little right or left of it to get to the target location.
The Coriolis effect also have an impact on ocean patterns. The winds power the seas. There are very similar patterns of ocean and atmospheric circulation. The effect is that ocean flows in their basins in the Northern Hemisphere and counter clockwise in the Southern Hemisphere.
