Greater species diversity can have a positive effect on net primary productivity as it enhances resource utilization and reduces competition for resources among species. Different species can fill different niches and maximize overall productivity in an ecosystem. However, too much diversity can also lead to decreased productivity if it disrupts established ecological relationships.
Natural factors that affect productivity and species distribution in marine environments include temperature, nutrient availability, and ocean currents. Human practices such as overfishing, pollution, habitat destruction, and climate change can also have significant impacts on marine productivity and species distribution by altering ecosystems and depleting resources. Balancing these natural and human-induced factors is crucial for maintaining healthy marine environments.
-Invasive species- When a new species that is not native moves into an area, it often won't have natural predators and can thus survive better than natives. They take over, and lower diversity levels by killing off other species -Keystone species- a keystone species is a species which many others in the food chain rely on, if the keystone species has a problem or decrease in population the diverersity of the population will also decrease. - Availability of resources- For instance food, shelter, nutrients, notice that rain forests which are abundant in rain forests show much diversity, while a tundra shows very little diversity. - Stability of the community- for instane, tempreture shifts will cause a decrease in diversity because certain species have a small range of tempreture that they can live in. This is why coral reefs are decreasing in diveristy, they are very limited in teh tempreture they can live in. I wouldn't agree that natural selection affects diversity levels as it is present at all times, in every ecosystem and does not fluctuate.
Factors that can reduce the accuracy of net primary productivity measurements include data collection errors, incomplete sampling of vegetation types, variations in plant community composition, and inaccuracies in estimating biomass and carbon content. Additionally, factors such as disturbances, climate variability, and changes in soil nutrient availability can also affect the accuracy of net primary productivity estimates.
Adaptations make the species different from other species, and if they are passed down, they will make more species with these differences.
Three types of biodiversity that are essential in preserving ecological systems and functions are genetic diversity, species diversity, and ecological diversity. Genetic diversity is a measure of the variety of versions of the same genes within individual species. Species diversity describes the number of different kinds of organisms within a community or ecosystem. Ecological diversity means the richness of complexity of a biological community.
yes office politics affect the organisational cultur by means of partiality & conflicts among the workers & superiors & also indirectly affect the productivity.
Ecosystem, genetic and cultural diversity, and the connections between these and all species.
in crossing over the gens present on chromosomes forms linkage so the character are exchange & thus it lead to recombination of genes that affect genetic diversity
Natural factors that affect productivity and species distribution in marine environments include temperature, nutrient availability, and ocean currents. Human practices such as overfishing, pollution, habitat destruction, and climate change can also have significant impacts on marine productivity and species distribution by altering ecosystems and depleting resources. Balancing these natural and human-induced factors is crucial for maintaining healthy marine environments.
Limiting factors that affect biodiversity and productivity in terrestrial and aquatic ecosystems include availability of resources like food and water, habitat destruction, pollution, climate change, and invasive species. These factors can disrupt the balance of ecosystems and reduce the variety of species that can thrive in them.
-Invasive species- When a new species that is not native moves into an area, it often won't have natural predators and can thus survive better than natives. They take over, and lower diversity levels by killing off other species -Keystone species- a keystone species is a species which many others in the food chain rely on, if the keystone species has a problem or decrease in population the diverersity of the population will also decrease. - Availability of resources- For instance food, shelter, nutrients, notice that rain forests which are abundant in rain forests show much diversity, while a tundra shows very little diversity. - Stability of the community- for instane, tempreture shifts will cause a decrease in diversity because certain species have a small range of tempreture that they can live in. This is why coral reefs are decreasing in diveristy, they are very limited in teh tempreture they can live in. I wouldn't agree that natural selection affects diversity levels as it is present at all times, in every ecosystem and does not fluctuate.
Genetic drift, founder effect, and population bottlenecks are mechanisms that can decrease genetic diversity in a species. These mechanisms result in a reduction of variation within a population due to random events that affect the genetic makeup of the population.
Factors that can reduce the accuracy of net primary productivity measurements include data collection errors, incomplete sampling of vegetation types, variations in plant community composition, and inaccuracies in estimating biomass and carbon content. Additionally, factors such as disturbances, climate variability, and changes in soil nutrient availability can also affect the accuracy of net primary productivity estimates.
productivity is provide a measure to effective and efficient use resources
no
Adaptations make the species different from other species, and if they are passed down, they will make more species with these differences.
Three types of biodiversity that are essential in preserving ecological systems and functions are genetic diversity, species diversity, and ecological diversity. Genetic diversity is a measure of the variety of versions of the same genes within individual species. Species diversity describes the number of different kinds of organisms within a community or ecosystem. Ecological diversity means the richness of complexity of a biological community.