Essay About Environmental Conservation For Kids

Conservation of Nature refers to the preservation of resources that are produced naturally. These include water, sunlight, atmosphere, minerals, land, vegetation and animals. Many of these resources are depleting at a rapid pace due to over utilization. The importance of conservation of nature must be understood and steps must be taken to ensure the ecological balance. Conservation of nature implies the conservation of resources that are formed naturally, without any human intervention. The importance of conservation of natural resources has been stressed upon often enough as it is essential for maintaining a balanced environment on earth. Here are essays of varying lengths on the topic to help you with it in your exam.

Essay on Conservation of Nature

Conservation of Nature Essay 1 (200 words)

Conservation of nature is basically the conservation of resources such as air, water, sunlight, land, vegetation, animal life and minerals. All these resources are obtained from nature without any interference from the mankind. These resources are further employed to produce various things that make the lives of human beings as well as other living beings comfortable.

Natural resources are broadly categorized into renewable resources and non-renewable resources. Renewable resources are the ones that replenish naturally. These include air, water and sunlight. The use of these resources is encouraged over the non-renewable resources as the latter do not replenish and are fast depleting.

Conservation of nature is an issue that must be taken seriously. While the governments of different countries are employing various means to conserve nature, individuals must also come forward to contribute their bit in this direction. Some of the ways in which the common man can help in the conservation of nature is by planting trees, restricting the use of paper, stopping wastage of water and electricity, stopping ill practices such as hunting of animals, and employing rain water harvesting systems. It does not take much to put the above mentioned ideas to practice. However, if each one of us contributes our bit to it, the difference it will bring about would be tremendous.

Conservation of Nature Essay 2 (300 words)

Nature fulfils our basic requirement to live by providing us air, water, land, sunlight and plants. These resources are further used to manufacture various things that make life more convenient and comfortable for the human beings. Unfortunately, man has grown so engrossed in over-utilizing these resources to invent newer things that he has almost forgotten the importance of conserving them. As a result, many of these resources are depleting at a fast pace and if it continues this way then the survival of human beings as well as other living beings on Earth would become very difficult.

Conservation of nature means the preservation of forests, land, water bodies and conservation of resources such as minerals, fuels, natural gases, etc. to ensure that all these continue to be available in abundance. There are many ways in which the common man can help in the conservation of nature. Here are some of those that can be done easily and can make a huge difference:

Water must be used wisely else that day wouldn’t be far when we will have to pay a huge price for it. Turn off the tap while brushing your teeth, limit the number of showers, use the waste RO water to water the plants or clean the house so as to ensure wise usage of water.

  • Limit Usage of Electricity

Limiting the usage of electricity is also essential for the conservation of nature. Simple things such as turning off the electric appliances when they are not in use and switching to energy saving lights, such as LED lights, to save electricity can help in this direction.

  • Plant Trees and Grow Vegetables

It is advised to plant as many trees as possible to make up for those that are cut each day. Also grow vegetables at home to restrict the usage of chemical fertilizers used in professional farming.

Besides these, people can do their bit by limiting the usage of paper, employing rain water harvesting system, restricting usage of cars and lastly by spreading awareness about the conservation of nature.

Conservation of Nature Essay 3 (400 words)

Nature has given us several gifts such as air, water, land, sunlight, minerals, plants and animals. All these gifts of nature make our planet a place worth living. Survival on Earth would not be possible without any of these. Now, while these natural resources are present on Earth in abundance, unfortunately the requirement of most of these has increased tremendously over the centuries due to growth in human population. Many of the natural resources are being consumed at a far greater speed as compared to their rate of production. There is thus a need for conservation of nature and the natural resources it offers. Here is a look at some of the ways in which these resources can be conserved:

  1. Reduce Water Consumption

Water is available in abundance on Earth and this is one of the reasons people do not think much before using it. However, if we continue to use it at this pace we may not be left with as much of it in the future. Simple things such as turning the tap off while brushing, using washing machine only when its tub is full, using the left over water in the bottles to water the plants, etc can help in this direction.

  1. Reduce Usage of Electricity

Energy saved is energy produced. It is thus suggested to restrict the usage of electricity. Simple practices such as turning off the lights before leaving your room, turning off the electric appliances after use and switching to energy saving fluorescent or LED bulbs can make a difference.

  1. Restrict Usage of Paper

Paper is made from trees. Using more paper means encouraging deforestation which is one of the main causes of concern in today’s time. Make sure you use only as much paper as is required. Stop taking print outs and use e-copies instead to do your bit.

  1. Use Newer Agricultural Methods

The government must teach methods such as mixed cropping, crop rotation and appropriate use of pesticides, insecticides, manures, bio fertilizers and organic fertilizers to the farmers.

  1. Spread Awareness

Spreading awareness about the conservation of nature and the methods to be used for the same is very important. It can be achieved only when more and more people understand its importance and the ways in which they can help.

Apart from this, it is important to plant more and more tress, contribute towards lowering the air pollution by using shared transport and employing rain water harvesting systems to conserve nature.

Conservation of Nature Essay 4 (500 words)

Conservation of nature refers to the conservation of all those resources that are formed naturally without any kind of help from the human beings. These include water, air, sunlight, land, forests, minerals, plants as well as animals. Together, all these natural resources make life worth living on Earth. Life would not be possible without air, water, sunlight as well as other natural resources present on the planet. It is thus essential to conserve these resources in order to keep the environment intact. Here is a look at the kind of natural resources present on Earth and the ways to conserve these:

Types of Natural Resources

  • Renewable Resources: These are resources such as air, water and sunlight that replenish naturally.
  • Non-Renewable Resources: These are resources like fossil fuels and minerals that do not replenish or form very slowly.
  • Biotic: These come from living beings and organic material like plants and animals.
  • Abiotic: These are derived from non-living things and non-organic material. These include air, water and land as well as metals like iron, copper and silver.

Natural resources are also divided into categories such as actual resources, reserve resources, stock resources and potential resources based on their development stage.

Methods for Conservation of Nature

Conservation of nature is a subject that requires serious attention. Most of the resources of nature are depleting at a fast rate. This is because the demand of these resources is high while the rate of their formation is low. However, it needs to be understood that nature has given us abundance of all that we require. We require using the available natural resources wisely and must employ the below mentioned methods to conserve these:

Water and electricity are two things that are being wasted the most. It is essential to understand the importance of saving both these. Use only as much water as you require. Same goes for electricity. Use the electric appliances wisely and turn them off when they are not in use. Similarly, the use of other resources such as paper, petroleum and gases must also be restricted.

There are a lot of things such as paper, cardboard, metal, tin, aluminium foil, glass bottles, plastic containers as well as water that can be recycled and reused. The government is using methods to pick these things from the waste to recycle them. You can also do your bit by employing rain water harvesting system to reuse water.

Plant more and more trees to make up for those that are cut for manufacturing paper, furniture and other items made of wood. Also ensure cleanliness around your area. Do not throw waste products in water bodies and elsewhere.

Lastly, spread as much awareness as you can about the importance of conservation of nature.

Conclusion

The consumption of natural resources has far exceeded their production. It is the duty of each one of us to stop wasting these gifts of nature and start using them wisely so as to maintain ecological balance on Earth. The aforementioned methods should help in this direction.


 

Conservation of Nature Essay 5 (600 words)

Conservation of nature is basically the conservation of all those resources that nature has gifted to the mankind. These include minerals, water bodies, land, sunlight and atmosphere. It also includes the preservation of flora and fauna. All these help in creating a balanced environment that it fit for the survival of human beings as well as other living organisms on Earth. Conservation of nature is thus vital.

Natural resources have been categorized based on their characteristics. Here is a look at this classification, the ways employed to conserve each of these and the related concerns.

Classification of Natural Resources

Natural resources are broadly classified based on their capacity to renew, source of origin and stage of development. These are further divided into sub categories. Read on to learn about these in detail:

Certain resources are renewable while others are non-renewable. Here is a detailed look at both these categories:

  1. Renewable Resources: These are the resources that replenish naturally. Some of these include air, water, land and sunlight.
  2. Non-Renewable Resources: These resources either form at a very slow speed or do not form naturally. Minerals and fossil fuels are some of the examples of this category.

Based on their origin, natural resources are divided into two types:

  1. Abiotic: These are those resources that come from non living things and non organic material. Few examples of this type of natural resources include water, air, land and metals such as iron, copper, gold and silver.
  2. Biotic: These resources are derived from living beings and organic material such as plants and animals. This category also includes fossil fuels as they are obtained from decayed organic matter.

On the basis of their stage of development, natural resources are categorized in the following way:

  1. Actual Resources: The development of these resources is dependent on the availability of technology and the cost involved. These are used in the present times.
  2. Reserve Resources: That part of the actual resource that can successfully be developed and used in future is known as reserve resource.
  3. Potential Resources: These are the resources that exist in certain region but require some work before they can actually be put to work.
  4. Stock Resources: These are those resources that are surveyed but cannot be put to use because of lack of technology.

Methods for Conservation of Nature

Whether renewable or non renewable, biotic or non-biotic, the resources of nature must be conserved. Here are some of the methods that the government and individuals should employ for conservation of nature:

  1. Over utilization of natural resources must be stopped. The available resources must be used wisely without any wastage.
  2. Hunting of wild animals must be stopped for the preservation of wild life.
  3. Farmers must be taught the method of mixed cropping, use of fertilizers, insecticide, pesticide, and crop rotation. The use of manures, organic fertilizers and biofertilizers should be encouraged.
  4. Deforestation should be controlled.
  5. Rain water harvesting systems should be installed.
  6. The use of renewable resources such as solar, hydro and wind power must be encouraged.
  7. Water must be recycled for using in agricultural processes.
  8. Car-pooling is a good way to bring down the consumption of fossil fuels.
  9. Restrict the use of paper and encourage recycling it.
  10. Save electricity by replacing old light bulbs with energy saving fluorescent bulbs. Also, turn off the light and electronic items when you do not require them.

Conclusion

Conservation of nature is important to ensure a balanced environment. However, sadly enough many natural resources are depleting at a fast rate. Each one must contribute his/ her bit towards conservation of nature by employing the above mentioned methods.

 

Related Information:

Nature Essay

Slogans on Nature

Having heard all of this you may choose to look the other way… But you can never say again you did not know

– William Wilberforce, British Parliamentarian, 1789

The present article is about the potential impact of the environment on the health of children and youth in the 21st century and where the paediatrician might fit in. You might expect the words ‘child’ and ‘paediatrician’ to show up again fairly soon, but such will not be the case. There is a reason. An expectation of recent generations has been one of gradual improvement; thus, our standard of living is better than our parents and theirs of their parents. However, this expectation is about to change. Every child, everywhere, all three billion of them over the next 50 years, will have to confront unprecedented and generally adverse change within their societies during their lifetime. Just as our economy is undergoing incredible change, so is the environment. Just as today’s economic changes are distressing to most, so will be tomorrow’s environmental changes. Just as we precipitated these economic changes because of our arrogance, greed and hubris, so have we caused many of the environmental changes. Just as we must adapt to tighter times, so must we adapt to living within stringent environmental limits. By exploring how man’s perception and treatment of his environment has altered it so much that its ability to sustain humanity is threatened, and how that may affect our descendents, the present paper will help you understand this change and will prompt you to act, each in your own way, to prepare yourselves, your families and the doctors of the future, for what is to come. We must do this so our descendents will be able to enjoy flourishing human cultures.

Pogo, We have met the enemy, and he is us

– Walt Kelly

The word ‘environment’ evokes images of pristine oceans, lakes and forests populated by diverse varieties of fish, animals and plants, but it also reminds us of polluted air, dirty water, dead fish, fossil-fuelled agriculture, parking lots, highways and slums. John Last’s, A Dictionary of Public Health (1), defines the environment as “the setting and conditions in which events occur. The total of all influences on life and health apart from genes, comprising the physical world and the economic, social, behavioural, cultural, as well as physical conditions and factors that are determinants of health and well-being.” This definition implies the presence of an ecosystem, “the comprehensive web of interrelations that exist between the components of the environment, particularly the plants and animals, and the checks and balances that govern their existence” (2), which provides those services to nature that keeps it healthy for all life.

The prevailing attitude of humanity is that while we might give lip service to the biological and physical environment, human existence really only relies on those facets made by man – the cultures, philosophies and religions, our economies and governments, and the physical infrastructure that lets us live in comfort and safety. In our quest for growth and progress, we have set the natural world apart and used it primarily for exploitation, extraction, food production and waste management (2). While we value those resources we can use, we rarely consider nature’s services – the autonomic nervous system of the earth, working critically in the background. Analogous to ensuring that nutrients are delivered to and wastes removed from our body tissues, natural ecosystems purify our air and waters, generate and preserve soils, disperse seeds, dispose of the dead, maintain biodiversity, and create places of beauty and inspiration. We largely discount these ecosystem services and seem to have forgotten that human survival depends on their healthy functioning. In fact, we have difficulty in accepting that we are just another species among many and are subject to the laws of physics and biology that govern nature.

We have attributes that let us exploit the earth far more than any other species and have used them in many ways. Some human groups view their environment as a resource to use gently (eg, the ‘seventh generation’ concept of many Aboriginal tribes); others view the environment as something to overcome. We have taken too literally the biblical command “be fruitful and multiply, and…have dominion… over every living thing….” (Genesis 1.28; King James version). We have used this directive to create theologies, theories and ideologies to justify our actions. And we have succeeded! We ‘conquered’ nature, or so we thought.

We have created artificial environments that let us live anywhere on earth, developed civilizations and ventured into space. Our ingenuity has let us increase our population exponentially, and we will add another three billion people within 50 years. In doing so, we inevitably will use nature’s resources, and when they become scarce locally, we will conquer new lands and peoples. Today, we outsource our needs to whoever can provide, with little concern over the effects of these demands on their resources or their environment. Nature’s resources seem limitless. Concluding that we are ‘above’ nature is inevitable. But, nature has limits and we are facing them today, and our descendents will face them even more.

In 1990, Wackernagel and Rees (3) conceived the ‘ecological footprint’ to quantify our demand on nature. In 2008, our ecological footprint was 31% more than earth’s capacity to meet our needs (4). In terms of nature’s services, humanity is drawing down both principal and interest, and just like living off our savings, this ultimately leaves us with nothing. As individuals, when we live beyond our means, we tap our savings, borrow if necessary and reduce our consumption, fairly confident that we can pay our debt. As societies, we also do this, borrowing or stealing from other nations to meet our needs, but as a world, we cannot do it. This is it. There is no other earth to borrow from.

And if we could borrow, we surely would, because if we continue our pattern of living, by 2050, we will need 2.5 earths to meet our needs (4), and many more earths than that if everyone on earth lived like us. This is especially true for energy, for here we face life-changing problems. Soon, likely within five years, we will face ‘peak oil’ – the time when world oil production is maximal and then starts a permanent decline, eventually resulting in an absolute lack of readily accessible petroleum (5); natural gas will peak somewhat later (6), and then coal (7). All will functionally be gone by 2100. These fossil fuels undergird our way of life (8), and because most of our economic growth and industrial development, plus the spinoffs from that, such as stable governments, education, food, health, transportation and employment depend on cheap and abundant energy, this loss of fossil fuels will lead to the greatest social challenge and change that humanity has ever seen on a global scale. This loss will be associated with increasing oil and gas costs, economic and social disruption, food insecurity, poorer health, uncertain health care delivery and general hardship (8–10). Renewable solar, tide and wind energy will help soften the blow, but will not negate it, and for the most part, will not replace the fuels essential for cheap transport.

We also will want to borrow from another earth, just to eat, because food security will be a common problem. Oceans will lack fish and their ecosystem services will be impaired (11). We will lack petroleum and natural gas for fuel and fertilizer production, so our ability to produce adequate food for everyone will diminish (8). Agriculture also uses 75% of the world’s fresh water, and water is becoming increasingly scarce. By 2025, 1.8 billion people will face absolute water scarcity, and 4.5 billion will live under conditions of water stress (12).

To this must be added the effects of climate change (climate instability, higher temperatures, drought, desertification, rising sea levels, biodiversity loss, changing local ecologies and changing growing conditions) (13). The muted emphasis on climate change in the present article does not reflect its real importance to humans because it will affect all of us, most likely adversely, and for centuries. But even if there was no climate change, our assault on nature’s capacity to sustain our way of life poses near-fatal dangers to our environment and to our societies.

The decades ahead will be times of reckoning, of dealing with the problems of diminished biocapacity, resource depletion, climate change and overpopulation; all driven by our need to dominate. If we do not soon change how we live, nature will force a new way on us. But what do we do? Do we acknowledge these problems, do we deny their existence or do we leave them for our children to deal with? You must discover for yourself and become knowledgeable because these changes are so profound and the life ahead so different that as you continue to practice medicine, patients and parents will look to you to help them understand, to help them decide what to tell their children and how to help them.

We are happy in proportion to the things we can do without

– HD Thoreau

It is traumatic to accept that instead of being governed by power, economic growth and the bottom line, we must live within the limits of the natural world and replace our growth economy with a steady state economy – a system that permits qualitative development but not overall quantitative growth (14). We still want sport utility vehicles and Mcmansions, weedless gardens, iPods (Apple Inc, USA), kiwi fruits and trips to Bali. We may think ‘nature can handle my bit of garbage,’ or ‘it is not my problem.’ But, it cannot and it is your problem; it is everyone’s problem. Just as our society now faces crippling financial debt, humanity will soon face the debt owed to nature. Politics, philosophy and economics undergird cultural development, and they have taken us from living only in nature to living in an advanced civilization, but they cannot trump biological and physical reality (2). Everyday, as health professionals, in clinics, intensive care units and emergency rooms, we face this reality. The science of medicine is based on it. But we seem unable to transfer that reality to our own way of life. Yet, for our descendents to survive with a culture, rather than just as a species scrambling for existence, it requires that we accept this reality and learn to live sustainably. This does not mean the oxymoron ‘sustainable growth’; it means that we recognize that we are a part of – not apart from – nature, and must live within nature’s limits. It means a radical new paradigm of living, not just fine-tuning our current way of life. The first and hardest step is to face reality; to learn, acknowledge and act. This is our most important task.

But where do tomorrow’s children fit in? It is by how we raise our children and grandchildren, and how we affect the environment within which they live that much of their future life and health are determined. The philosopher John Hoyt wrote, “people are often heard to say they are concerned about the kind of world we will leave to our grandchildren, but equally critical is the kind of grandchildren we shall leave to the earth. The values and attitudes imparted to the children and youth of today are crucial in building the political will for sustainable societies in the next century” (15). The children one generation from now will grow up living in a world of constraint and conservation, and may adapt to this constrained world much more easily than the child born today. Today’s child, unless we are very careful, will learn the paradigm of living that has directed our own activities, and they will tell their children what life was like ‘in the olden days.’ This is a recipe for frustration and anger. We have to prepare them for a new life.

Tomorrow’s problems require perspectives of creativity, constraint, conservation and consideration, not growth and consumption. How do we give our children those perspectives? Because predictions can only be nonspecific, the prescription can only be general. We need to teach them to live gently on this earth, to value it, to assiduously conserve its resources and take care of it because it is all they have, and it has to last forever. Their world view should promote an ethic of conservation, sustainability, and respect for nature and for their neighbours because support systems will be essential. Travel will probably be less common, so life will be more local. Our children will need to learn how to get fulfillment in life from their families and community, from work, from education, not only in science and mathematics, but also from art, literature and music, and not so much from computers and consumption. We have to prepare them to face change with the confidence that they can solve the problems of tomorrow, whatever they are, with the methods of tomorrow. This requires a conscious and arduous effort on our part – not just parents but everyone, especially those influential in society – to model these roles and needs, and not to continue ‘life as usual’.

To be an effective model for our children means we must be knowledgeable about the world, not the world of entertainment and excess, but about the environment and how it is changing. We need to learn about things we can do to reduce our impact on the earth and then act on our learning. Without education, we lose the drive to change our own lifestyles, to go from consumption to conservation and to teach others. Without education we cannot rebut the denier, convince the skeptic or effectively prompt governments to change. Of course, education is only part of action. The other part is motivation – a much tougher step than education. We often say ‘I would do anything for my child.’ Now is your chance.

And what of paediatricians, indeed all doctors. Medicine in 2050 may well differ from today, but the basics will not change. The problems and concerns of parents and children will still be there, but the solutions may be different. We must seriously consider how and what we teach our students and residents because their practice of medicine may be based on simpler technology, fewer drugs and expert clinical skills. The opportunity will remain of ensuring that children recover from their illnesses, and that they will have the best chance to live a full and useful life. The requirement to advocate for the needs of all children will persist. Paediatricians will be doctors, teachers, psychologists, advocates, advisors, mentors and friends; just like always.

CONCLUSION

Predictions often ridicule the predictor, but I am sure that the challenges all the children of the 21st century will face will be greater than those faced by any other generation in the history of humankind. In many children’s stories, the ending is “…and they lived happily ever after.” Let us work to ensure that this ending ultimately persists. It is up to us as parents, teachers, physicians and responsible adults to make it so.

REFERENCES

1. Last JM. A Dictionary of Public Health. 1st edn. New York: Oxford University Press; 2007.

2. Catton WR. Overshoot The Ecological Basis of Revolutionary Change. Urbana and Chicago: University of Illinois Press; 1982.

3. Wackernagel M, Rees W. Our ecological footprint Reducing Human Impact on the Earth. Gabriola Island: New Society Publishers; 1996.

4. Hails C, Humphrey S, Loh J, Goldfinger S. Living Planet Report 2008. Gland: WWF (World Wide Fund for Nature); 2008.

5. Hirsch RL, Bezdek R, Wendling R. Peaking of world oil production and its mitigation. Aiche J. 2006;52:2–8.

6. British Petroleum . Annual Report. London: BP; 2008. BP Statistical Review of World Energy.

7. Zittel W, Schindler J. Coal: Resources and future production. Energy Watch Group. 2007.

8. Haber W. Energy, food, and land – the ecological traps of humankind. Environ Sci Pollut Res Int. 2007;14:359–65.[PubMed]

9. McPherson GR, Weltzin JF. Implications of peak oil for industrialized societies. Bull Sci Technol Soc. 2008;28:187–91.

10. Frumkin H, Hess J, Vindigni S. Energy and public health: The challenge of peak petroleum. Public Health Rep. 2009;124:5–19.[PMC free article][PubMed]

11. Worm B, Barbier EB, Beaumont N, et al. Impacts of biodiversity loss on ocean ecosystem services. Science. 2006;314:787–90.[PubMed]

12. Palaniappan M, Gleick PH. Peak water. In: Gleick P, Cooley H, Cohen MJ, Morikawa M, Morrison J, Palaniappan M, editors. The World’s Water 2008 – 2009. The Biennial Report on Freshwater Resources Washington. Covelo, London: Island Press; 2009.

13. Frumkin H, Hess J, Luber G, Malilay J, McGeehin M. Climate change: The public health response. Am J Public Health. 2008;98:435–45.[PMC free article][PubMed]

14. Daly HE. A Steady-State Economy. UK: Sustainable Development Commission; 2008. A failed growth economy and a steady-state economy are not the same thing; they are the very different alternatives we face.

15. Hoyt JA. Washington: Center for Respect of Life and Environment; 1996. Politics for a humane, sustainable, future. Earth Ethics: Evolving Values for an Earth Community; p. 8.

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