a balanced ecosystem an aquarium tank essay


The word ecosystem explains both the living and nonliving components of a place that connect to one another. Each of the components happen to be inter-dependant in some way with each other. An ecosystem may be aquatic or perhaps terrestrial. Within an aquatic ecosystem rocks will be needed for refuge and plant life provide fresh air for fish. An ecosystem is well balanced when the organic animals and plants and nonliving components are in harmony- we. e. there may be nothing to disturb the balance. With increasing pollution, change in migratory patterns, and rise of human population, many ecosystems are in danger of shedding that balance.


It is difficult to locate a perfectly balanced ecosystem you could make an auto dvd unit at home and observe how the ecosystem features. * You will discover how diverse species interact with each other 2. Study the natural routine of each varieties

* Be familiar with relationship among different species- producer, predator, prey

The right way to create a well-balanced ecosystem model

This is a suggestion for making an marine ecosystem- a great aquarium.

You will need:

1 ) River silt or clean sand pertaining to the aquatic plants to grow. 2 . An aquarium tank, by least you foot large, 2 foot deep and 2 . five to 3 toes long. The very best of the container should be easily-removed and foldable so that you can reach into the aquarium tank to clean the glass sides and also nourish the fish. 3. A light-weight attached to the best lid to supply artificial lumination and for heating during cold winters. You may also place the aquarium at a sunny place.

4. Marine plants.

5. Tiny rocks intended for the bottom.

6. Seafood.

First brush your soil and set it in the bottom with the tank. Set up the stones. Then dump a little water into the fish tank. Pouring the water directly will disturb the soil bed; so dump it over a plastic menu that floats over the area of the normal water.

This way you may not disturb the bed or any different plants or perhaps fish at the time you pour water. When the water is at least 1 ” higher than your bed, put the plant life into the garden soil. As the level rises the leaves of the vegetation will also rise up.

After the reservoir is full with about four inches left on top, prevent pouring this particular. Let the normal water settle for a little while. Now expose the fish one by one and close the best.


Observe whether a lot of fish happen to be destroying the plants or perhaps whether a lot of fish will be eating additional fish. In case the population of 1 species goes down dramatically, try and find the key reason why this has happened. See what will bring back the balance- is it more seafood of the same varieties, places for them to hide and become protected by predator fish, or more o2 in the drinking water?

For your job display, explain the abiotic ( nonliving ) elements present. Describe why the living and non-living components are required in the aquarium tank. Give reasons for selecting the organisms or type of seafood and the vegetation. Explain what relationship the fish have with each other plus the plants- could they be prey-predator? Display where they are really in the food chain. Note their life cycle. Explain their modifications and relationships with each other as well as the environment.


* Understand your vegetation to make your aquarium profitable

* How to make a deep sea aquarium

5. FAQ’s about maintaining an aquarium

2. Things to consider inside the balanced environment

http://satoyama-initiative.org/en/case_studies-2/area_asia-2/working-for-the-living-in-harmony-with-nature-aichi%E2%80%99s-efforts-toward-ecosystem-networking/ ————————————————-

Google Map connect to region


Aichi has launched a new project aiming to build a society exactly where humans and nature can easily live in tranquility. To fulfill these kinds of aims, work have been in progress to combine “ecosystem networking” and “compensatory mitigation” Ecosystem Network intends to reconnect divided and isolated natural conditions by organizing greenery and aquatic areas to help the movement of living creatures, to be able to conserve and restore the unique ecosystem from the region. In promoting the business of Environment Networking, the Aichi prefectural government has turned a map of potential habitats the first time in Japan. Ecosystem Networks will be established by using this map.

Compensatory Minimization is a program by which the persons/organizations accountable for development actions compensate for any loss in biodiversity inside the area. Compensatory measures will be implemented upon land suitable for public make use of, such as educational institutions, parks or perhaps green areas of firms, which will help maintain ecosystems.  We believe that efforts should give attention to the three goals of “seeking harmony with nature”, “supporting the clustering of energy-efficient industries, ” and “making greater usage of recycled assets. ” Sectors, academic corporations, government and residents of Aichi would thus come together to develop bundled approaches toward the implementation of a lasting society.


Biodiversity, Environmentally friendly Use, Environment Networking, Compensatory Mitigation, Potential Map


The Aichi Targets of the Strategic Cover Biodiversity 2011-2020 adopted with the tenth Seminar of Functions to the Meeting on Natural Diversity (COP10) in 2010, to obtain address the underlying factors behind biodiversity loss by mainstreaming biodiversity around government and society, the vision with this Strategic Strategy is a world of “Living in harmony with nature. ” Aichi prefecture decided to host the Conference of the Get-togethers to the Meeting on Neurological Diversity, and launched particular efforts depending on the Aichi Natural Environment Conservation Strategy drafted in 2009. The Aichi Environment Conservation Technique was developed to attain harmony with nature and the sustainable development of this place. The actual objective from the Aichi Natural Environment Conservation Technique is to “seek reconciliation among ecosystem conservation and regional development”.

To satisfy this goal, new work have been manufactured by combining “ecosystem networking” and “compensatory minimization. ” If the region-wide surrounding were to turn into divided and isolated by urban creation, the ecosystem specific towards the region, which offers habitats intended for living creatures, would be at risk. Ecosystem social networking is intended to reconnect divided and isolated natural surroundings by effectively arranging greenery and marine areas to facilitate the movement of living animals, in order to preserve and reestablish the unique environments of the location. Recently, attempts to build biotopes have been attaining momentum at schools, businesses, local residential areas, and other choices.

The biotopes need to be organized so that they function as part of a region-wide network, while with the unique environment and the current situation with the surrounding areas. The objective can be not to simply bring back living creatures to the environment. You need to conserve and restore the first natural environment. We believe that environment networking means that we can00 rediscover the traditional landscape and culture in the region. All of us consider it is necessary to promote collaboration, while keeping discussions between various stakeholders in the region to develop ecosystem marketing and echo it in community building at the local level. Aichi’s Efforts toward Ecosystem Network

(1)The Preparing of Aichi Biodiversity Potential Maps

We all prepared Aichi Biodiversity Potential Maps to become used in talks on environment networking. “Potential maps” refer to maps of potential demeure. These roadmaps are the initially their kind to be manufactured in Japan, and indicate not only the actual demeure of living creatures nevertheless also the habitats wherever living beings are likely to live. These maps are based on data encompassing waterside environments and forests that are essential for living creatures to survive, taking into account the characteristics of target living beings. Potential maps have been prepared based on of sixteen species of family pets and vegetation maps. The maps usually are meant to raise public awareness. Particularly, residents of Aichi are expected to learn regarding the potential g?te of living creatures within their communities. In the meantime, business workers and local govt staff ought to realize that city engineering works can be adjusted to boost living beings. This is any map intended for the damselfly.

Figure 1

Damselflies live in still-water bodies such as ponds and ponds. It is well-known that damselflies can take flight up to a single kilometer between ponds and lakes. With this map, areas where damselflies can simply reach happen to be marked because blue. Potential maps are produced over a scale of just one to 95, 000. The blue spots show ponds and lakes. The green lines indicate a radius of five-hundred meters about ponds and lakes. Therefore, if a ring overlaps one other, the distance between ponds is less than one distance. The areas in light blue signify green spaces where damselflies can travel around. To promote environment networking pertaining to damselflies, the zones that are not in light blue need to be connected. However , buying land is known as a tough decision, and it is essential to consider how to use public property effectively. The patches shown in green represent community land which include schools and parks. It is assumed that a biotope made up of waterside environments and greenery is made here; a route may be established for damselflies. Open public land is definitely not necessarily limited to land to get public employ. Networking may be promoted through the use of such spaces as college or university campuses, green belts around the sites of factories and business establishments, roadside trees, lake banks, and household home gardens.

(2) Using the Potential Roadmaps for The Formation of Ecosystem Networks We now have a project to market ecosystem marketing by using the Potential Maps. Particularly, these maps of potential habitats intended for living creatures are used to develop a prefecture-wide biodiversity master plan, and then attempts will be built to carry out the routine. To do this, we need to develop initial projects and gain knowledge based on outcomes and analyses. Three areas in the prefecture have been selected for unit projects. The first place is Nagoya’s eastern hillsides, which are seen as a the traditional landscape of typical Tokai slope land elements. This metropolitan area model is intended to regenerate the environment in the developed area. The 2nd area is usually Chita Peninsula, which is certainly one of Japan’s 3 major areas with reservoirs and still has more than you, 000 reservoirs.

This Satochi model is intended to attain harmony between people and living creatures, since symbolized in “Gongitsune, ” the brand of a fox, the main persona of a job written by Nankichi Niimi, who had been born in Chita Peninsula and wrote children’s stories. The third place is man-made coniferous forest in the Yahagi River Watershed. Man-made coniferous forests will deteriorate if they happen to be abandoned or not properly maintained by thinning and other activities. This Satoyama unit is intended to strike a balance between maintenance and neglect. Efforts are also beneath way to turn the coniferous forests in to broad-leaved woodlands to help conserve the environment without repair. These are some activities in Nagoya’s hillsides, as an example. This area spans regarding 20 kms in the east-west direction, from the Higashiyama Forest located in the eastern end of Nagoya City towards the Kaisho Forest located on the border of Toyota City. The former Expo 2005 venue, right now called Moricoro Park in commemoration with the expo, is situated here. Figure2 shows that the 20 distance area in the east-west way is dotted with twenty-two campuses of

18 universities.

These campuses act as “time capsules” to conserve forests, marshlands, and reservoirs retaining the traditional surroundings of this place. The job is intended to advertise ecosystem network by attaching the natural environment remaining on these campuses with the surrounding in the vicinity such as the Higashiyama Forest plus the Kaisho Forest, to help bring back the traditional surroundings comprising Tokai hill terrain elements. Moreover to networking the surrounding, the job aims to inspire networking of volunteer activities by registrants of the l8 universities, as well as the academic activities of the university faculty involved in research and education.

The project is usually designed to lead to regional advancement by showing the richness of the natural environment via effort among local corporations, citizens of Aichi, and regional governments. The project is definitely an interdisciplinary work involving the collaboration of specialists in biology, eco-business, detrimental engineering, and experts in landscape building from among the faculty of art universities. We believe that harmony between people and nature would not simply indicate to increase the amount of living creatures, but to make a culture that fully principles living with, and working and learning with nature. (3) Using Compensatory Mitigation to aid Ecosystem Networking (Aichi Method)

In this environment networking version project, we plan to illustrate compensatory mitigation. Basically, within a development job, destruction with the natural environment must be minimized. In the event that destruction may not be avoided, the effect on the surrounding should be reduced. Any decrease of biodiversity as a result of development activities should be paid out by the programmer. Compensation by developer for just about any loss of biodiversity due to expansion activities is called “compensatory minimization. ” This framework was legislated many years ago in the uk and usa, but efforts to build a system have not built headway in Japan. We plan to use the Aichi Method in which compensatory mitigation is used to compliment ecosystem social networking. This is a divided environment.

A natural environment, as displayed in the red square, is located near to the forests. The location shown in debt square is definitely subject to creation activities. Basically, compensation is usually ensured in the development area. If the reimbursement is not enough, loss of characteristics is paid for by using the space that links the divided ecosystems. This approach employs areas that are available totally free, including schools, parks, and green areas on the areas of businesses. Under this kind of framework, development activities paradoxically promote ecosystem networking, which usually helps increase the mass of biodiversity. Additionally , compensation can be facilitated through the use of spaces that are available free of charge.

We feel that a difficult spirit is needed to reconcile preservation and lasting use. Producing guidelines for each and every sector and developing them to Prefecture-wide Together with the ecosystem marketing model task, Aichi Prefectural Government created a three-year project in 2010 to build up compensatory mitigation. This job will establish guidelines to get residents of Aichi, businesses, and regional governments depending on the benefits of the model project. We wish to distributed prefecture-wide ecosystem networking and compensatory minimization, and incorporate the concept of harmony with characteristics.


The residents of Aichi, sector, academia, and government begun to take action with greater environmental awareness, which in turn encouraged collaboration among these types of sectors with an equal ground. We likewise believe that this kind of manufacturing location can address global biodiversity issues. For example , global warming can be described as major menace to biodiversity. In the production industry, strength conservation and commitment to a low-carbon culture help to preserve biodiversity. One other major menace to biodiversity is becomes the surrounding due to the variety of natural methods. In this circumstance, the promo of recycling and determination to a recycling society aid to conserve biodiversity.

Energy conservation in production processes minimizes the suggestions of normal resources, as does recycling. Production in Asia is highly energy- and resource-efficient compared with various other major countries. Aichi is the manufacturing centre of The japanese, and features one of the greatest levels of useful resource productivity on the globe. This means that Aichi’s industries are a model for contributing to tranquility with nature by taking good thing about the world’s leading environmental technologies. We expect that work should give attention to the three desired goals of “seeking harmony with nature, ” “supporting the clustering of energy-efficient sectors, ” and “making better use of recycled resources. ” These work will help create a “Sustainable Aichi. “

Aichi will work hard to achieve a sustainable contemporary society and set an illustration for the global community through the collaboration of industry, agrupacion, government, and residents of Aichi. The approach of Ecosystem Social networking establishment brings back greenery for schools, theme parks and businesses, green devices on the roadsides, and water banks for the local environment used to end up being there. If perhaps Satoyama areas and farmlands which have been kept by individuals for number of years are now remaining untouched, this gradually brings about ruin in the ecosystem. All of us aim to restore and maintain these areas and regenerate the ecosystem. Additionally , this approach contributes to the achievements of the Aichi Biodiversity Targets which is among the outcomes of COP10. We all will send this to the world as the approach for the co-existence with characteristics.


  • Category: science
  • Words: 2867
  • Pages: 10
  • Project Type: Essay

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