Ecology and Bionomics

Abiotic factors can interact with each other in various ways to create environmental conditions that affect living organisms. For example, temperature and humidity can influence each other to create different climates. Additionally, abiotic factors like sunlight and nutrients can interact to affect the availability of resources for plants and other organisms.

No. Macaw is not a country it is a type of bird. It is a type of parrot. Macau is a country in Asia.

Echinoderms play important roles in marine ecosystems as they help control populations of algae and other invertebrates, promoting overall ecosystem balance. They also provide food for predators and contribute to nutrient cycling through their interactions with their environment. Additionally, echinoderms serve as indicators of ecosystem health due to their sensitivity to environmental changes.

Ecological backlash example are

1. throwing garbage in the river - water pplution

2. eligal logging -Ewan Ko

3.pag kakaingin - Hnd Ko ALm

4. improper wastedisposal -pollution and flood v

5.smoke belching - Global warming

Kunin nyo na tama yan tiyak ..papasa kau.

Haha .Utouto Ka Noh

Examples of ecological backlash include the unintended negative consequences of introducing non-native species, such as the cane toad in Australia which disrupted local ecosystems, and the application of pesticides leading to the decline of pollinator populations like bees and butterflies. Additionally, habitat destruction from activities like deforestation can result in loss of biodiversity and ecosystem imbalance.

Some examples of ecological backlash:

Pest control resistance- bugs become immune to treatments and chemicals

Effects of an oil spill on the enviroment- loss of fish, dirty water

The unexpected and detrimental consequences of an environmental modification (e.g. dam construction) which may outweigh the gains anticipated from the modification scheme.

The difference between ecological succession from ecological backlash.

Ecological Succession is the predictable changes in the ecosystem.

Ecological Backlash is the unexpected and detriminal consequences of an enviromental modification which may outweigh that gains anticipated form the modification.

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A pond is a small still body of freshwater, shallow enough for sunlight to reach the bottom allowing plant growth. It supports a variety of aquatic organisms like fish, insects, amphibians, and algae. Ponds are important habitats for biodiversity and play a role in water filtration and flood prevention.

Physiology in ecology focuses on understanding how organisms function in their environments. It helps explain how organisms respond to changes in their surroundings, such as temperature, food availability, and habitat structure, affecting their survival and reproduction. By studying physiological responses in different species, ecologists can better understand how ecosystems are structured and how they may be impacted by environmental changes.

Cranberry beans typically take 80-90 days to reach maturity after planting. However, the exact time can vary depending on growing conditions, such as temperature, soil quality, and sunlight exposure. Regular monitoring is essential to gauge growth progress.

Ecological backlash can lead to habitat destruction, loss of biodiversity, disruption of ecosystem services, and negative impacts on human health and well-being. This can result in long-term environmental degradation and challenges for both wildlife and communities that depend on healthy ecosystems. It is important to address these effects through conservation efforts and sustainable practices.

Heat can have positive effects on the environment by promoting plant growth and increasing biodiversity in certain regions. Additionally, heat can help regulate weather patterns and contribute to the overall balance of ecosystems. It can also contribute to warmer temperatures in cold regions, which can benefit certain species of plants and animals.

Ecological backlash refers to the unintended negative consequences that can result from human intervention or activities in the environment, such as pollution or habitat destruction. This can lead to disruptions in ecosystems, affecting biodiversity and overall ecosystem health.

The main factors that influence the type of biome that forms in a particular place on land include climate (temperature and precipitation), soil type, topography, and human activities. These factors determine the type of vegetation that can grow in an area, which in turn defines the biome that develops.

"Ecological backlash" refers to unintended negative consequences that can occur as a result of well-intentioned environmental or conservation actions. This could include disruption of ecosystems, loss of biodiversity, or harm to species that were not the intended focus of the intervention. It highlights the importance of carefully considering potential impacts and implementing adaptive management strategies in conservation efforts.

Algae can release a variety of chemicals, including oxygen, organic compounds like amino acids and fatty acids, as well as toxins such as microcystins and domoic acid. The specific chemicals released by algae depend on the species and environmental conditions.

who introduced environment

Ecology is a complex and important subject that studies the relationship and interaction of the biotic (living) and the abiotic (environment and non living) components that support life forms.

Yes.

Excessive sweat and tears can cause a build up of salt in the soil. This affects slugs and snails who live on the soil. Numbers of slugs and snails has an impact on any bird population whose main food group is slugs and snails.

No, a forest is a specific type of terrestrial ecosystem characterized by dense tree cover. Terrestrial ecosystems include a broader range of environments such as grasslands, deserts, and tundra. Each terrestrial ecosystem has unique characteristics and species composition.

us causing forest fires chopping down a forest NUKING it and many others

Pyramid of productivity

An ecological pyramid of productivity is often more useful, showing the production or turnover of biomass at each trophic level. Instead of showing a single snapshot in time, productivity pyramids show the flow of energy through the food chain. Typical units would be grams per meter2 per year or calories per meter2 per year. As with the others, this graph begins with producers at the bottom and places higher trophic levels on top.

When an ecosystem is healthy, this graph produces a standard ecological pyramid. This is because in order for the ecosystem to sustain itself, there must be more energy at lower trophic levels than there is at higher trophic levels. This allows for organisms on the lower levels to not only maintain a stable population, but to also transfer energy up the pyramid. The exception to this generalization is when portions of a food web are supported by inputs of resources from outside of the local community. In small, forested streams, for example gone up greater than could be supported by the local primary production.

When energy is transferred to the next trophic level, typically only 10%[citation needed] of it is used to build new biomass, becoming stored energy (the rest going to metabolic processes). As such, in a pyramid of productivity each step will be 10% the size of the previous step (100, 10, 1, 0.1, 0.01)[citation needed].

The advantages of the pyramid of productivity:

It takes account of the rate of production over a period of time.

Two species of comparable biomass may have very different life spans. Therefore their relative biomasses is misleading, but their productivity is directly comparable.

The relative energy chain within an ecosystem can be compared using pyramids of energy; also different ecosystems can be compared.

There are no inverted pyramids.

The input of solar energy can be added.

The disadvantages of the pyramid of productivity:

The rate of biomass production of an organism is required, which involves measuring growth and reproduction through time.

There is still the difficulty of assigning the organisms to a specific trophic level. As well as the organism in the food chains there is the problem of assigning the decomposers and detritivores to a particular trophic level.

Nonetheless, productivity pyramids usually provide more insight into an ecological community when the necessary information is available.

Ecology's main belief its core principle is like humanity and civilization the living environment as well deserves to live and grow, one would think we would care for this but most don't take it into consideration.. one thing would be the rain forest's.. and how whe humans are destroying it and taking advantage of it. Rather than with a narrow view of ecology as a branch of biological science, and aims to avoid merely anthropocentric environmentalism, which is concerned with conservation of the environment only for exploitation by and for humans purposes.

I hope this made sense.. this isn't strong suit of mine.. :P

Warthogs primarily move by walking or running on four legs. They can also move swiftly in short sprints when escaping from predators. Their legs are well adapted for running and maneuvering through their habitat.