The Flow Of Energy In A Grassland Ecosystem Is Shown Vertical Agriculture On The Up

You are searching about The Flow Of Energy In A Grassland Ecosystem Is Shown, today we will share with you article about The Flow Of Energy In A Grassland Ecosystem Is Shown was compiled and edited by our team from many sources on the internet. Hope this article on the topic The Flow Of Energy In A Grassland Ecosystem Is Shown is useful to you.

Vertical Agriculture On The Up

Over the next 40 years, the UN predicts a global increase in population, which will lead to a shortage of agricultural land. Great Stuff Hydroponics believes we can overcome this problem and help reduce the environmental impact of our cities by building vertical hydroponic farming buildings in urban centers.

Food supply is not a problem in the West, where agricultural land is available and complex distribution systems are already in place. However, the UN predicts that by 2050 there will be an additional 3 billion people on this planet, approximately 80% of whom will live in urban centers. This is a problem, especially in developed societies where farmers are a dying breed and where food often has to be transported long distances before it ends up on people’s tables.

Currently, some cities are greener than others; Singapore, Hanoi and Havana are listed as food producing cities. While they are not yet self-sufficient, other cities still have a long way to go. New York, for example, must import nearly every morsel of food consumed there, and trucking that food into the city every day takes an environmental toll and is an incredibly inefficient use of resources in a sophisticated society.

The answer, according to ecologists, scientists and hydroponics enthusiasts, is to stop all these wasteful practices by building hydroponic farms, vertically, in the heart of our cities. This would allow the land around our cities to return to a pristine forest or grassland ecosystem, helping to combat global warming and climate change. After all, we have evolved into an urban species with all the methods to produce reliable crops every year hydroponically at our fingertips. We don’t need to rely on taking large tracts of land for agriculture, polluting our atmosphere with van exhaust and leaving our crops at the mercy of the elements as our ancestors did. Excessive agriculture is a contributing factor to desertification, reduced soil quality and unnecessary harm to native flora and fauna.

There is already considerable public support for planners and city councils making environmentally sound decisions, committing to preserving our countryside green and focusing on making our cities cleaner and more pleasant places to live.

dr. Dickson Despommier, a professor of microbiology at Columbia University, originally came up with the idea of ​​the vertical farm project, as a solution to future pressure on land and resources and as a way to reduce the carbon footprint of our cities. Since the project’s inception, several eco-friendly ‘vertical farms’ have been designed for New York, Toronto and Paris.

Toronto scientist Gordon Graff has designed a concept building known as SkyFarm that would sit in the center of the city’s theater district. His 58-story tower design could provide enough food in the city center for approximately 35,000 people, every day. It would contain different crops, vegetables and fruits, all grown hydroponically, using water instead of soil. During hydroponic growth, plants are fed nutrients dissolved in water in a strictly controlled environment.

The ecological benefit of food production in vertical greenhouse farms in the center of the city would be manifold. Not only are delivery vehicle emissions reduced by growing food where it will be eaten, but there is no need for plowing, digging and seasonal droughts. Crops are protected from the elements and runoff or ‘dirty water’ is eliminated as the water can be recycled within the building’s hydroponic system.

Also, since plants grown hydroponically are in a controlled, soilless environment, there are also no soil-borne diseases or pests to worry about; urban food could be produced without the need for chemical pesticides or fertilizers.

Hydroponic growth requires only one-twentieth of the water used to irrigate a farm growing the same number of plants, yet the yields are higher. Because there is a continuous flow of nutrients to the plant, the plant can concentrate its energy on fruit production rather than on the roots. Hydroponic lights and a CO2-rich atmosphere inside the building could also increase food production by stimulating photosynthesis and extending the daylight available to plants.

Gordon’s SkyFarm idea would be a completely self-sustaining building, powered by solar panels. He also says that inedible parts of plants can be composted, producing methane; this biofuel is a source of renewable energy that could contribute to the local power grid. SkyFarm could even be developed into a scientific research center or eco-tourism attraction, creating jobs and drawing attention to the city as a whole.

The spirit and goals of the vertical farm project have been enthusiastically received around the world. The eco-friendly science barge is run by New York Sun Works to prove to city residents that food can be successfully grown hydroponically in the city. School groups and housing communities are especially engrossed in the project, which illustrates how using the city’s 14,000 acres of sunny rooftop space to hydroponically grow plants could feed 20 million people across New York City and the surrounding area.

The most exciting aspect of these concept buildings is that they are feasible with technology already available to us. Not only that, but city dwellers who are tired of paying a premium to buy food that is brought to the city from far away don’t even have to have a roof or a garden. Great Stuff Hydroponics can supply hydroponic kits for beginners along with all the materials and equipment needed by established growers, for use in people’s homes. With the right lighting and nutrients, any type of plant can be grown in water, hydroponically, absolutely anywhere, regardless of the season or climate.

For more information on the Vertical Farm Project, visit http://www.verticalfarm.com To get started growing your own hydroponic fruits and vegetables at home, purchase hydroponic kits or equipment, and take advantage of special offers online, check out the Great Stuff Hydroponics website, http ://www.hydroponics-hydroponics.com

Video about The Flow Of Energy In A Grassland Ecosystem Is Shown

You can see more content about The Flow Of Energy In A Grassland Ecosystem Is Shown on our youtube channel: Click Here

Question about The Flow Of Energy In A Grassland Ecosystem Is Shown

If you have any questions about The Flow Of Energy In A Grassland Ecosystem Is Shown, please let us know, all your questions or suggestions will help us improve in the following articles!

The article The Flow Of Energy In A Grassland Ecosystem Is Shown was compiled by me and my team from many sources. If you find the article The Flow Of Energy In A Grassland Ecosystem Is Shown helpful to you, please support the team Like or Share!

Rate Articles The Flow Of Energy In A Grassland Ecosystem Is Shown

Rate: 4-5 stars
Ratings: 7898
Views: 47061370

Search keywords The Flow Of Energy In A Grassland Ecosystem Is Shown

The Flow Of Energy In A Grassland Ecosystem Is Shown
way The Flow Of Energy In A Grassland Ecosystem Is Shown
tutorial The Flow Of Energy In A Grassland Ecosystem Is Shown
The Flow Of Energy In A Grassland Ecosystem Is Shown free
#Vertical #Agriculture

Source: https://ezinearticles.com/?Vertical-Agriculture-On-The-Up&id=647263

Related Posts