Saudi Arabia has always been in the spotlight for multiple reasons. This time the idea of Saudi Arabia turning its desserts into farmland has garnered a lot of people’s attention. You can ask any worker at the Best Assignment Writing Service and he/she will assure you just how popular this topic is in the student sector.
In, these types of matters also garner attention from services like “Pay Someone To Write My Assignment” or some taxi service. This happens because these topics shed light on how successful Saudi Arabia is as an international service and can see a bright future for their business in the kingdom.
So now, if you are interested in knowing how Saudi Arabia turns its desert into farmland, then keep on reading!
Ways Saudi Arabia Turns its Dessert into a Farmland
In the beginning, Saudi Arabia attempted to achieve self-sufficiency with strict government subsidies for farmers in the 1980s because of unstable food imports. Soon enough they started facing problems, poor techniques and mishandling of water resources forced them to start reimagining these struggles in 2007. As of now, Saudi Arabia supports the use of manufactured feed for livestock farmers and boosts the number of vegetables growing through the use of greenhouses and drip irrigation techniques.
Drip irrigation is a method in which the water goes through a filter into special drip pipes, to the emitters situated at altered spacing. The emitters distribute this water directly into the soil near the roots of the crop through a special slow-release device. (Beat Stauffer, 2019)
These techniques save water while guaranteeing a more consistent food supply.
As of now, the Saudi government has made a lot of efforts to enhance its agriculture sector as a part of its 2030 vision program. The main priority of Saudi Arabia right now is to increase efficiency in its utilization of restricted natural resources while simultaneously developing the rural areas.
Farming is one of the most important sources of employment in the kingdom, that is why the agricultural businesses in the country not only improve food security but also improve the overall life of an individual.
Farmers all around the world are often not treated fairly, as a matter of factor they belong to the poorest sector of the community. But this is not the case in Saudi Arabia, they want their farmers to stay motivated and give their best when it comes to cropping. They understand that even the best of them can feel demotivated at times (Eazyresearch, 2020). Therefore, they provide effective aid to their farmers and focus on agriculture efficiency. This results in their desserts effectively turning into farmlands and also helps Saudi Arabia fight hunger and poverty-related issues.
Saudi Arabia is one of the main exporters of cereal, dairy products, meats, fruits, and vegetables, despite this, there is a lot of emphasis on farming because the demand for food is continually rising. After the failed attempts in the 1980s, Saudi Arabia has used technology to assist in making its agricultural industry as productive as it can be.
The main aim behind these resulting thermal imaging is to comprehend the relationship between growing crops and water use in a much better fashion. This helps the farmers in comparing water needs for various types of crops and estimating which crop will have the highest yield when considering the amount of water required.
One more innovative form of technology has recently come into view in the United Arab Emirates. This shares a climate and border with the kingdom of Saudi Arabia. There was a Norwegian scientist present who presented her patented liquid Nanoclay (LNC) to the dessert farms of Emirates.
What Is LNC – Liquid Nanoclay?
It is a treatment that gives the sand a coating of clay. This happens due to the mixture of nanoparticles of clay with water and the sand particles bond with it. Usually, sand particles are loose and therefore can not trap enough water to grow crops. But with the help of this treatment, this will be no longer an issue.
With the help of this Nanoclay United Arab Emirates has saved water consumption. By over 50% in just its trial runs on the farms. Although this technology is quite expensive, it being an international technology means that Saudi Arabia can make use of it. This Nanoclay technology serves as a hope for the Saudi government. To improve their farming and turn even more desserts into farms as well as other areas. Where there is a scarcity of water and the ones which usually rely on imported food.
Currently, a lot of people in Saudi Arabia are consuming seafood. And the growing seafood demands also need to cater to. It forced the country to expand and transform the farming of aquatic species. Also known as Aquaculture in some water bodies like a tank, ponds, or cages.
Saudi government started to focus on Aquaculture. In 1980 as well and currently it is one of the fasted growing animal food farming industries in Saudi Arabia. The country’s government has a big hand in the advancement of the seafood farming sector. To improve food security the government has even allocated 35million dollars towards their Vision. 2030 projects which also include providing funds for seafood farming.
Some of the examples of these projects include creating a seafood processing plant. This helps process high-end fish and marine fin-fish cages in the Red Sea. Other than this, they have also taken several other initiatives which are focused on land farming.
By following better-informed practices and making technological advancements in their farming sector. Saudi Arabia has aided in generating a more consistent domestic food supply for its people. And it is generating profits by exporting food. It has learned from its mistakes in the 1980s. And has aimed at its subsidies and projects for effecting cropping and fish farming.
Saudi Arabia Learning from its mistakes in the 1980s. The Saudi government has targeted its subsidies and projects toward more efficient crops and projects, like fish farming. Additionally, it has pivoted away from crops and growth methods having to do with wastewater.