Answer:
Factors including environmental, spatial, and topographical aspects.
Explanation:
The temperature of the air is influenced by various environmental (such as vegetation) and geographical factors, with altitude being a crucial one since it can significantly impact the level of radiation received at the Earth's surface. Recently, advanced meteorological models have been developed that can estimate air temperature based on specific conditions. These models take into account a range of factors and utilize data related to both topography and location (e.g., latitude, longitude, and altitude).
Answer:
1. Mutation- enhances genetic variation
2. Selection- may raise, lower, or maintain genetic variation
3. Genetic drift- diminishes genetic variation.
4. Gene flow- could either enhance or reduce genetic variation
Explanation:
1. Mutation denotes changes in an organism's DNA. The mutations lead to new adaptive traits that evolve, which increases the genetic diversity of organisms.
2. Natural selection favors organisms best suited to their environment. Thus, selection can increase, decrease, or keep variation in a population steady.
3. Genetic drift occurs due to random events altering a population's gene pool. When this phenomenon transpires, the genetic variation within that population typically decreases.
4. Gene flow involves changes to the gene pool due to immigration and emigration. This factor can thus increase or decrease genetic variation.
In leaves, surplus glucose is swiftly transformed into starch. During photosynthesis, plants generate glucose and oxygen by reacting with water and carbon dioxide (CO2). However, throughout this process, they frequently convert a portion of glucose into starch for storage purposes. Aug 17, 2017
B. The organism does not engage in photosynthesis. Plants are autotrophic and synthesize their own food through photosynthesis, converting light energy to chemical energy. In contrast, fungi are heterotrophic and do not have this ability.
