Environmental science seeks to increase our comprehension of the world around us and find ways to live more sustainably. This field is multidisciplinary, covering topics such as environmental engineering, climate change mitigation, water conservation strategies, and biodiversity conservation.

Intrinsic Value
Intrinsic value is the idea that components of nature (like species and ecosystems) possess intrinsic worth and should remain so regardless of any positive, negative, or neutral relationships with humans. This philosophy encourages people to treat other creatures with respect and prevent their extinction.

Humans and other animals form an essential part of nature, dependent on one another for survival. Unfortunately, human actions can harm these relationships, leading to destruction and a threat to the integrity of the natural environment.

Ecological Sustainability
Ecological sustainability is the concept that the natural environment has the capacity to support life. This understanding allows scientists to identify and eliminate any barriers that may prevent natural ecosystems from flourishing.

Biodiversity refers to the variety of organisms living on Earth. This includes plants, insects, and other animals as well as forests, rivers, wetlands, and oceans that support them.

Protecting and Preserving Wildlife
Animals provide essential food, fiber, medicines, and energy. Unfortunately, the rapid overexploitation of their habitat and resources is having a detrimental impact on their ability to flourish. The purpose of this field is to help conserve these endangered creatures by preventing their extinction.

Adaptation and Innovation
Environmental science strives to understand how animals have developed an adaptive ability to survive in their environment. This enables them to adjust to changes in their environment, making it harder for predators or diseases to cause havoc on them.

Animal behaviors offer valuable insight into an animal’s needs, dislikes, and preferences. It is essential to comprehend these characteristics so you can evaluate any observations with knowledge of the animal’s natural behavior.

When trying to determine how an endangered animal is responding to environmental changes, species-natural behavior can be invaluable. It will enable you to decide if it is necessary to remove a particular species from its environment or if its presence is beneficial.

Protecting and Enhancing Humanity’s Health
Environmental scientists are deeply concerned with the well-being of humans. Pollution, toxins, and chemicals can have disastrous effects on people – leading to cancer, heart disease, stroke, and other illnesses. Furthermore, these pollutants often result in greenhouse gas emissions which raise Earth’s temperature.

Environmental health professionals often research the adverse effects of pollutants on health. Their work serves to safeguard communities from hazardous exposures and ensure that future generations remain healthy and well-fed.