Answer:
The law of conservation of mass states no matter is created or destroyed. This means that the matter currently on Earth is the only matter that will ever be available to us. However, it also means that this matter will not be destroyed. So, water, oxygen, carbon, and nitrogen are all used by living things in our world and then recycled to be used again.
One example of this is the water cycle. More water is never added or taken from the world, it is just reused. First, water starts in some body of water and then evaporates into the air. Then, the water falls back to Earth as precipitation.
Answer:
Non-living factors can be measured through data loggers, expensive chemical testing equipment, simple thermometers and observations. The tests that we will do at the Wetlands are: Temperature (Air) Temperature (Water) Abiotic factors can all be measured to show the living conditions in an ecosystem.Light meters can be used to measure light intensity. ... Errors can be made when measuring light intensity by accidentally shading the light meter. ... Soil moisture and soil pH meters are also available.
Biodiversity is the inconsistency among living organisms
from all foundations, including terrestrial, marine, and other aquatic ecosystems. The answer is Intrapopulation diversity.
Intrapopulation variability in resource gaining influences population dynamics,
with significant implications for conservation planning. Spatial analyses of niche
difference within and among populations can afford relevant information about
ecological relations.
The digestive system facilitates excretion of wastes by eliminating wastes from the digestive tract. During the digestion process, after the nutrients in the food has been absorbed by the small intestine, the waste products in the food will be moved into the large intestine where it will be processed for elimination in the form of feces. <span />
Answer:
C. Natural selection favors individuals that reproduce more than others.
Explanation:
Genetic variations present in the population are acted upon by natural selection. The organisms that have the adaptive traits which in turn make them able to survive and reproduce more than the other individuals are favored by natural selection.
Over generations, natural selection leads to the evolution of a new population with an increased frequency of the gene responsible for the selected adaptive trait.
For example, the bacteria with antibiotic resistance were favored by natural selection as they can survive and produce more progeny in the presence of antibiotics than the bacteria lacking the gene for antibiotic resistance.
