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Environmental Science

Do you have a passion for the environment and want to deepen your understanding of the science that affects it? Maybe environmental science has connotations of climate change in your mind, however, the environmental science course is about much more than just that. The course is a holistic subject and is about gaining an understanding of the interrelationship between geography and biology, as well as looking at how different processes can have a knock-on effect on other processes.  

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Environmental Science

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Do you have a passion for the environment and want to deepen your understanding of the science that affects it? Maybe environmental science has connotations of climate change in your mind, however, the environmental science course is about much more than just that. The course is a holistic subject and is about gaining an understanding of the interrelationship between geography and biology, as well as looking at how different processes can have a knock-on effect on other processes.

This course may leave you with more questions than answers. However, at StudySmarter, we have extensive notes created especially for people like you – who want to gain knowledge and insight into a subject that is at the forefront of our futures.

Whether you are an aspiring Environmental specialist, geologist, or someone who is leaving their options open – we have you covered.

Deep dive: Environmental science is an interdisciplinary subject that includes:

  • Ecology

  • Biology

  • Oceanography

  • Zoology

  • Atmospheric science

  • Soil science

  • Geology

Among many more. It is the study of how natural and artificial processes interact and affect each other. It is really important in our society today, given the challenges our world is facing. Humans are now realising the impacts of their actions, and it is up to the coming generations to find solutions. This is why there are currently 63 universities offering 237 courses relating to environmental science.

Environmental Science topics and learning objectives

At StudySmarter, we have followed the specifications for your course to create high quality and relevant content. The 6 dynamic and relevant topics that you could cover if you choose to start your StudySmarter journey are:

  • The living environment

  • The physical environment

  • Energy resources

  • Pollution

  • Biological resources

  • Sustainability

  • Research methods

Below, we will cover these topics in more detail.

Environmental Science: Living Environment

For thousands of years, humans have had a curiosity about living things and how they relate to each other. Ecosystems are all of the living things together with the non-living environment. There are millions of organisms inhabiting the earth right now. Some are more similar to each other than others. For example, plants and animals both gain energy in different ways. Plants get energy directly from photosynthesis, while animals gain energy from energy-rich foods. Biologists use hierarchies to classify organisms based on these similarities and differences in their structure and behaviour. This chapter topic explores basic knowledge about how living things function and how they relate. The section focuses on three major subjects:

  • Conditions for life on earth

  • Conservation of biodiversity

  • Life processes in the biosphere and conservation planning.

Environmental Science: The physical environment

This topic is all about the relationship between human (anthropogenic) activities and physical processes. We look at how we can maintain, extend and develop new renewable resources as well as at climate change, ozone depletion and biogeochemical cycles. At first glance, the topics covered in this section may seem complex and overwhelming, but we’ve aimed to simplify them in order to help you learn them without wasting time!

Environmental Science: Energy resources

In this section, we will analyse the importance of energy resources for past and future societal developments. There will be an emphasis on how technologies are developing and revolutionising the way we source energy, as well as looking at the sustainability of current energy sources. Quantitative data will be used to compare and evaluate these technologies.

Environmental Science: Pollution

Most people know that pollution is bad, but many don’t understand why. Pollution occurs when contaminants are introduced into the natural environment and cause adverse change. Pollutants come in many forms and include toxins, carcinogens and even noise. Understanding the risk from artificial compounds is vital in ensuring their sustainable use and protecting people and the environment. This section looks at the properties of pollutants as well as strategies to control them.

Environmental Science: Biological resources

The world's population is growing exponentially and therefore, so is the need to provide food and resources for everyone through agriculture, aquatic food production systems and forests. Agriculture involves ensuring that photosynthetic energy is converted into food. This is done through controlling food webs, as well as abiotic (non-living) and biotic (living) factors. Aquatic species are very much renewable resources however, as fishing is a large scale hunting activity, these are often exploited. Likewise, trees are also a renewable resource often exploited. Therefore, it is important to learn about how these vital resources can be used sustainably.

Environmental Science: Sustainability

Sustainability, both at a global and national scale is really important for all of the above topics. We will learn about dynamic equilibria, and its role in natural and human systems, as well as gain an understanding of how future energy will be affected by our changing availability. Additionally, you will learn about mineral resources and the principles of a circular economy.

Environmental Science: Research methods

Research methods are the final topic in the specification and include the methods used to investigate the environmental issues you will be studying. These include the following.

  • Scientific methodologies

  • Sampling techniques

  • Specialist techniques

  • Fieldwork and laboratory activities

  • Standard environmental techniques

How can StudySmarter support me in studying Environmental Science?

StudySmarter is here to help you achieve better grades with all the tools you need in one place.

Environmental Science Revision Guide

Our intelligent guide is here to introduce everything you need to know to revise your Environmental science course and exams successfully. Here is what you can discover on StudySmarter:

Environmental Science explanations

Our free, expertly curated StudySets are created with you at the forefront of our minds. We have made our originals so that you have everything you need to succeed in your exams.

Environmental Science flashcards

StudySmarter provides both flashcards produced by our experts as well as intelligent features for you to create your own resources and really personalise your resources.

Rewards for learning Environmental Science

StudySmarter is here to help, encourage and motivate. You can set your own weekly goals and through reaching these goals you can earn trophies. The more you learn, the more trophies you get to celebrate your hard work. What better motivation to study hard and study smart!

Final Environmental Science Quiz

Environmental Science Quiz - Teste dein Wissen

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The range of species of living organisms interacting in a community.

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It allows ecosystems to thrive through maintenance of important biogeochemical cycles as well as providing food security and resources.

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Climate change, deforestation, habitat destruction, farming and agriculture, urbanisation, hunting, over-farming and over-population.

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Government legislation, habitat restoration, sustainable food production, reduction in global warming, nature reserves.

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The design of materials, structures and systems through modelling processes seen in nature.

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Because the inventions are based on the diversity of nature.

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Many medical treatments are created from natural resources.

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The number of different species in an ecosystem.

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The variety of different habitats within an ecosystem.

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The extent to which individuals are genetically different within a species.

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  • Coordinating global data on biodiversity conservation

  • Increasing understanding of the importance of biodiversity

  • Deploying nature-based solutions to global challenges in climate, food and sustainable

  • Development.

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What is the Wildlife and Countryside Act 1981?


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This is the primary legislation which protects animals, plants and habitats in the UK.

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  • Timber from wood

  • Plant and animal fibres

  • Fuel

  • Oil

  • Commercial cultivation

  • New medicines

  • Genetic resources

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SSSI, NNR, SAC, SPA, Ramsar sites, MPA, MNR, LNR.

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Cultural services are the non-material benefits people get from ecosystems. They include aesthetic inspiration, tourism, recreation and the more spiritual side of nature and the environment.


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The highest level of organisation and the sum of all earth's ecosystems. It is the thin layer of earth that all living organisms exist within.

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All the biotic and abiotic components that interact within an area at once.

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All the populations that live in the same place at the same time.

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A group of organisms of the same species living together in the same area at the same time.

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The place that an organism lives.

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Non living things (eg. soil, water, air, light, nutrients).

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Living things (e.g. plants and animals.)

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An organism that maintains its body temperature by internal heat production.

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An organism that has a body temperature primarily determined by external thermal conditions.

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An organism that produces organic material from inorganic chemicals and an energy source eg. plants through photosynthesis,

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A species that is restricted to one geographical region.

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The biological community which, through the process of ecological succession have reached a steady state

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The dry weight of living material per unit area.

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The ability to survive to reproductive age, find a mate, and produce offspring.

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The ability to conceive offspring.

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What is coppicing?

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Coppicing involves cutting young tree stems to near ground level to form a stool. New growth emerges and after a number of years, the coppiced tree is harvested, and the cycle begins again.

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What is pollarding?

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Pollarding is a pruning system that is carried out once trees and shrubs reach a certain height. It  involves the removal of the upper branches of a tree, which promotes the growth of a dense foliage and branches.

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What is grazing?

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In agriculture, grazing is a method of allowing domestic livestock to roam around outdoors and consume wild vegetation that is unsuitable for farming on.

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What is a plagioclimax community?

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An area or habitat in which the human's influence has prevented the ecosystem from expanding any further.

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How is heather moorland maintained?

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grazing and burning

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Why is it sometimes necessary to halt succession?

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Often there is a lot more diversity at earlier stages of succession. An ecosystem may support species that are important to conserve and that would die off if the climax community was reached.

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Deflected succession occurs when……

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A community remains stable due to human activity preventing further succession.

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Psammosere occurs….

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In sand dunes where pants colonise the surface and change the ecosystem.

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What is Ecological succession?

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The process of change in species structure of an ecological community over time.

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What is a pioneer species?

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Species which are adapted to colonise in inhospitable environments and start an ecological community.

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What is a Halosere?

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Salt water (eg lagoons, saltmarshes or tidal mudflats).

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What is a polyclimax?

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When many climax communities exist within the same climate.

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What is the simple process of secondary succession?

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  • Bare soil is colonised by pioneer plants.

  • Over time, grasses begin to dominate.

  • Shrubs replace grasses.

  • Fast-growing trees begin to appear.

  • Slow growing trees form the climax community.

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In order for organisms to colonise an area, they must be adapted to….. 

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severe abiotic conditions.

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Why are pioneer species important?

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Pioneer species modify the habitat over time and make the conditions less severe which allows other species to colonise and potentially out-compete the pioneer species which slowly die out. 


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Can key species also be endemic and of high commercial interest at the same time?

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Yes. 

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What does biotic mean?

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Biotic refers to the lifelike quality of the subject, usually defined by the presence of an organism made of organic matter.

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What does abotic mean?

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Abiotic refers to the object-like (non-living, devoid of life) characteristic of the subject.

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How many individual invertebrates & species were found on a rotting oak log in a 1968 study?

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900 individuals of over 40 different species.

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Give a local, regional, national or international project example of Wildlife Conservation.

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ex. IUCN Red List (International), The Wildlife and Countryside Act 1981 (UK)

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Flashcards in Environmental Science2970

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The range of species of living organisms interacting in a community.

It allows ecosystems to thrive through maintenance of important biogeochemical cycles as well as providing food security and resources.

Climate change, deforestation, habitat destruction, farming and agriculture, urbanisation, hunting, over-farming and over-population.

Government legislation, habitat restoration, sustainable food production, reduction in global warming, nature reserves.

The design of materials, structures and systems through modelling processes seen in nature.

Because the inventions are based on the diversity of nature.

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