Answer:
Each and Every species in ecosystem are interlinked their behaviour,mode of getting their food and the uses of natural resouces is known as functional diversity
Explanation:
Biodiversity explains the intensity of an ecosystem in terms of species,food resources and genetically varied species. The levels of biodiversity are several, and each level denotes how different the species genetically and phenotypically,their behaviour, and their mode of food resources in a particular region. The main components of biodiversity are Species diversity,Genetic diversity,Ecosystem diversity and Functional diversity.
Generally species rich ecosystem have high functional diversity because there many species with different behaviours and different mode of food consumption Functional diversity is one of the components of biodiversity it comprises the characters of microbes widespread in an ecosystem.Functional diversity is highly important because of it stability and and nutrient availability to the species. It can be measured by its richness and evenness.
1. Richness: It refers to the dwelling of number of species in a specific niche
2. Evenness: It refers to the organisms in a particular nich how they are evenly distributed
Knowledge about a particular ecosystem reveals its richness and evenness and it provides an individual to know about the diversity of functional characters in an ecosystem
According to modern classification I will say that Jake is correct. With the use of tracing back and DNA technology then we can say that this is the digital way which is used nowadays to classify animals.
Sophie says through her observation that the characteristics of the animal classification used.
Answer: b. the output of a system keeps conditions within the body absolutely constant only in a negative feedback loop.
Explanation:
In the negative feedback loop, the feedback reduces the excessive response of the stimulus for example regulation of body temperature, and control of blood glucose level. In the positive feedback loop, the response of a stimulus is intensified. Example, positive feedback is the childbirth and blood clotting. According to the negative feedback loop the output of the system keeps the internal body environment constant with respect to the changes in the external environment hence, maintains the homeostasis.
*To figure the length of one cell, divide the number of cells that cross the diameter of the field of view into the diameter of the field of view. For example, if the diameter of the field is 5 mm and you estimate that 50 cells laid end to end would cross the diameter, then 5 mm/50 cells = 0.1mm/cell.
It's either a or b but it look like it's anaphase
