Observed changes in regional temperature and precipitation<span> can often be ... </span>correlations between<span>observed monthly mean </span>temperature and precipitation<span> ... 1994, suggesting enhanced </span>potentialevaporation as well (see Section 3.8.4, Box 3.6).As one possible approach to this problem, five families of copula models ... They found that temperature and rainfall were positively correlated during .... are adopted here because they candescribe the tradeoff between bias ...<span>
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Answer:
Option (D)
Explanation:
The dry lines are the lines that split the dry air mass from the moist air mass. These lines generally move across a large continent and they are responsible for the occurrence of a severe type of weather pattern. These dry lines are most commonly found in the Aravalli ranges of Northern India and the eastern side of Rocky mountain in Northern America.
The presence of dry lines over an area results in a distinct drop in terms of humidity. They commonly develop over the western side of Texas, Oklahoma, and Kansas during the spring and early summer season.
Thus, the correct answer is option (D).
Answer:
Well if you think about it, the three main forces that cause erosion are ice wind, and water. Water is obviously the main cause of erosion on earth rivers and rivers can create a significant amount of erosion over time. They can break up particles along the river bottom and carry them downstream.
Curved Rivers can be caused when an animal or a disturbance digs in the dirt near the river and the hole dig by the animal is used for their home and protection. The dirt that they dug is called a hollow, the river water with take small particles from the hollow and the river water will rush a little faster and faster until the place the animal dug is filled with water. This is an on going cycle that happens all the time with nature and time itself.
B a hurricane, because it’s a naturally occurring event
Answer: 1. Apparent solar time
2. Universal time
3. Leap year
4. Daylight savings time
5. Standard time
6. Mean solar time
Explanation:
1. When the Sun casts the shortest shadows of the day, it is noon according to (apparent solar time)
2. The time in Greenwich, England is also known as (universal time)
3. The calendar year has 366 days during a (leap year)
4. The Sun reaches its highest point closer to 1 p.m. than to noon when our clocks are set to (daylight saving time)
5. (Standard time) was invented to solve train scheduling problems caused by the fact that apparent (and mean) solar time can differ between locations separated by just a few miles.
6. The length of the solar day is usually at least a few seconds different from 24 hours, so when we use 24-hour clocks we are keeping track of (mean solar time)
