Even if a number of individuals survive, the population size may become too small for the species to continue. Small populations may have breeding problems. They are susceptible to random environmental fluctuations and genetic drift to a greater degree than are larger populations. The chance of extinction increases exponentially with decreasing population size.
The MVP is the smallest population size that can avoid extinction by the two reasons listed above. If no severe environmental fluxes develop for a long enough time, a small population will recover. The MVP depends heavily on reproductive rates of the species.
The environment is the ultimate cause of population stabilization. Two categories of factors are commonly used: physical environment and biological environment. Three subdivisions of the biological environment (BIOTIC factors) are competition, predation, and symbiosis.
Physical environment (ABIOTIC) factors include FOOD, SHELTER, WATER supply, SPACE availability, and (for plants) SOIL and LIGHT. One of these factors may severely limit population size, even if the others are not as constrained. The LAW OF THE MINIMUM states that population growth is limited by the resource in the shortest supply.
The biological role played by a species in the environment is called a niche. Organisms/populations in competition have a NICHE OVERLAP of a scarce resource for which they compete. COMPETITIVE EXCLUSION occurs between two species when competition for resources is so intense that one species completely eliminates the second species from an area.
Population Decline and EXTINCTION
Extinction is the elimination of all individuals in a group. Local extinction is the loss of all individuals in a population. Species extinction occurs when all members of a species and its component populations go extinct. Scientists estimate that 99% of all species that ever existed are now extinct. The ultimate cause of decline and extinction is ENVIRONMENTAL CHANGE. Changes in one of the physical factors of the environment may cause the decline and extinction; likewise the fossil record indicates that some extinctions are caused by migration of a competitor.
The long-term survival of a species depends on having access to essential resources like food, water, and shelter. If these resources become limited from time to time due to factors like environmental changes or human activities, it can lead to competition among individuals within the species. This competition for limited resources can affect reproductive success, population growth, and overall resilience of the species, potentially jeopardizing its long-term survival.
Most parasites rely on their hosts to survive and reproduce, so if they were to kill their hosts, they would lose their source of nourishment. By weakening their hosts, parasites can still continue to siphon off nutrients and resources without causing the host's death, ensuring their own survival. This delicate balance allows the parasite to thrive while the host remains alive, albeit weakened.
The fluid mosaic model is commonly used to explain the structure and function of the plasma membrane. It describes the membrane as a fluid lipid bilayer with embedded proteins that can move laterally, giving the membrane its dynamic nature. The model helps illustrate how the plasma membrane controls the passage of substances into and out of the cell.
Treating geographically dispersed resources as though they were centralized involves managing them collectively as if they were in a single location. This approach often involves using technology and communication tools to create a unified system for accessing and utilizing these resources efficiently. It can optimize operations, streamline processes, and improve coordination among team members across different locations.
Phylogenetic inertia illustrates the tendency for species to retain ancestral traits over time, even if those traits are no longer advantageous. This concept helps explain why some traits may persist in species even if they have lost their original function or have become maladaptive in a new environment.
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The long-term survival of a species depends on having access to essential resources like food, water, and shelter. If these resources become limited from time to time due to factors like environmental changes or human activities, it can lead to competition among individuals within the species. This competition for limited resources can affect reproductive success, population growth, and overall resilience of the species, potentially jeopardizing its long-term survival.
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The specific facts and ideas That explain or illustrate the major ideas in a text. Hope this helps :)