Pollutants negatively affect a drainage basin. Pollution contaminates drinking water, destroys wildlife habitat, closes beaches, kills fish and causes many other serious environmental and public health problems.
A disturbance that harms some organisms but does not significantly impact the overall ecosystem is known as a "sublethal disturbance." This type of disturbance may affect individual species or populations without causing long-term ecological changes or degradation to the habitat as a whole. Examples include localized pollution events or specific predation pressures that impact certain species but allow the ecosystem to maintain its structure and function.
The term for a disturbance that harms some organisms but does not adversely affect the overall ecosystem is called a "stressor." Stressors can include factors like pollution, invasive species, or habitat fragmentation that impact certain species while allowing the ecosystem to maintain its overall structure and function. While these disturbances may lead to changes in species composition, the ecosystem can still recover and sustain its ecological balance.
In a diverse ecosystem, there may be certain species that are more abundant or have a greater impact on the ecosystem than others. These species are often called dominant species. Dominant species can influence the structure and function of the ecosystem by outcompeting other species for resources or by providing key ecosystem services.
(1) The change in the environment caused by natural or artificial input of harmful contaminants into the environment, and may cause instability, disruption or harmful effects to the ecosystem.
An ecosystem may be unable to restore a community of organisms to its original state if key species have been lost or if critical habitats have been degraded beyond repair. Human activities such as pollution, habitat destruction, and climate change can disrupt the delicate balance of an ecosystem, making it difficult for it to function as it did before.
The consequences of river pollution are quite serious. Plants and animals in the river's ecosystem become damaged. If these are ingested by other animals, they may become ill, and even die off. If humans ingest these animal, they too may become ill. Not only will the river no longer be able to sustain life, it will be unsuitable for drinking, as well as start polluting whatever body of water the river drains into.
The average depth of a river varies, but it typically ranges from a few feet to several meters deep. The depth of a river can impact the surrounding ecosystem by influencing the flow of water, the types of plants and animals that can thrive in the area, and the overall health of the ecosystem. Deeper rivers may support larger fish populations and provide habitat for aquatic species that require deeper water, while shallower rivers may have more diverse plant life and support different types of wildlife. The depth of a river also affects the speed and volume of water flow, which can impact erosion, sediment transport, and nutrient cycling in the ecosystem.
When you pee in the Amazon River, the urine quickly dilutes in the vast volume of water. The river's flow and the presence of microorganisms help break down and assimilate the waste. While it may not have a significant immediate impact on the ecosystem, it's still important to consider the broader implications of pollution and hygiene in such a vital and biodiverse environment. Overall, while individual acts may seem insignificant, they can contribute to larger environmental issues over time.
A disturbance that harms some organisms but does not significantly impact the overall ecosystem is known as a "sublethal disturbance." This type of disturbance may affect individual species or populations without causing long-term ecological changes or degradation to the habitat as a whole. Examples include localized pollution events or specific predation pressures that impact certain species but allow the ecosystem to maintain its structure and function.
Imported species may damage the ecosystem.
it impact by the pollution that is burning cars buses may affect population and they might die ..
When an ecosystem becomes polluted, it can lead to a decrease in biodiversity, harm to sensitive species, disrupted food chains, and degraded habitat quality. Pollution can also impact water quality, soil health, and air quality, leading to negative consequences for the overall ecosystem functioning.
The term for a disturbance that harms some organisms but does not adversely affect the overall ecosystem is called a "stressor." Stressors can include factors like pollution, invasive species, or habitat fragmentation that impact certain species while allowing the ecosystem to maintain its overall structure and function. While these disturbances may lead to changes in species composition, the ecosystem can still recover and sustain its ecological balance.
Shrimp and goldfish have a predator-prey relationship in an aquatic ecosystem. Goldfish may feed on shrimp as part of their diet, which can impact the population of shrimp in the ecosystem.
the waste goes into the river and may kill living things that live in that habitat
The changes in the trees are affecting the organisms in the ecosystem by altering their habitats and food sources. This can lead to disruptions in the food chain and impact the overall biodiversity of the ecosystem.
An environmental scientist or an environmental chemist typically studies pollution, its effects on the environment, and methods to mitigate its impact. They may specialize in air, water, soil, or marine pollution.