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'''History''' Dating back to TK, this ancient method of growing rice has allowed farmers to cultivate sloped, hilly and mountainous land. Modern rice growers may prefer the use of advanced mechanic tools, but in most developing countries, the act of growing rice remains labor intensive— done without the aid of machinery. Not only are they aesthetically pleasing, rice terraces carry many benefits that help preserve land, soil, small ecosystems and weaken human’s reliance on heavy machinery.
The construction of '''Rice Terraces''' date back to ancient times. This method of growing rice has allowed Chinese farmers to cultivate sloped, hilly and mountainous land. Modern rice growers may prefer the use of advanced mechanic tools, but in Chinese countrysides untouched by modernization, the act of growing rice remains labor intensive— done without the aid of machinery. Not only are they aesthetically pleasing, rice terraces carry many benefits that help preserve land, soil, small ecosystems and weaken China's increasing reliance on heavy machinery.


'''Locations''' Rice terraces are mostly found in east, south and south east Asia. The ideal location for a rice terrance should include qualities like: slight sloped curve on land, a reliable year round water source and close proximity to building materials such as gravel, topsoil and stones.
[[Image:Riceterrace.jpg|thumb|right|Rice terrace in Honghe Prefecture in China's Yunnan province]]


'''Method''' Water supply, the most important aspect of rice terraces, is provided from rivers and mountain streams; irrigation flows through the same complex canals and river ways that are centuries old. The different levels of rice terraces allow water to flow successively down each level.
== Suitable Land ==
Rice terraces are mostly found in east, south and southeast Asia. The ideal location for a rice terrace should include these qualities: slight sloped curve on land, a reliable year round water source and close proximity to building materials such as gravel, topsoil and stones.


A seed is first planted in a seedbed, after a couple of weeks, the seed is then transplanted to the rice terraces filled with six inches of water, otherwise known as paddies. This technique gives the slightly more mature seed a head start over any competing weeds. As the seed matures, the water levels in the paddies decrease— by full maturity, the grounds should be completely dry, allowing for an easy harvest.
== How it Works ==
[[Image:Flickr-248273432-hd.jpg|thumb|left|Rice Terrace in Longsheng near Guilin, China]]
Water supply, the most important aspect of rice terraces, is provided from rivers and mountain streams; irrigation flows through the same complex canals and river ways that are centuries old. The different levels of rice terraces allow water to flow successively down each level.


'''Construction Process''' The construction of rice terraces is not an easy task and require constant maintenance, yet the same method has been passed on for many centuries. Rice terraces built centuries go are still being utilized today— speaking volumes to their effectiveness even in modern society.  
A seed is first planted on a seedbed, after a couple of weeks, the seed is transplanted to rice terraces filled with six inches of water, otherwise known as paddies. This technique gives the slightly more mature seed a head start over any competing weeds. As the seed matures, the water levels in the paddies decrease— by full maturity, the grounds should be completely dry, allowing for an easy harvest.<ref name="News Finder">[News Finder http://www.newsfinder.org/site/more/rice_terraces/"Rice Terraces by Jim Down"] </ref>
 
 
== Building Process ==
The construction of rice terraces is not an easy task and require constant maintenance, yet the same method has been passed on for many centuries. Rice terraces built centuries go are still being utilized today— speaking volumes to their effectiveness even in modern society.  


After choosing an ideal location, a pond where water will be retained should be constructed on the highest point of the terrace.
After choosing an ideal location, a pond where water will be retained should be constructed on the highest point of the terrace.


Builders then lay down marking stones that act as the foundation for retaining walls that help keep the terraces in tact. Since this technique alters the natural state of the earth, multiple layers of retaining walls baked with gravel support needs to be constructed.  
Builders then lay down marking stones that act as the foundation for retaining walls that help keep the terraces in tact. Since this technique alters the natural state of the earth, multiple layers of retaining walls backed with gravel support needs to be constructed.  


Next, eight to ten inches of earth and topsoil are transported to the newly constructed rice terraces. The soil is then stomped and smoothed to create a flat surface suitable for agriculture.  
Next, eight to ten inches of earth and topsoil are transported to the newly constructed rice terraces. The soil is then stomped and smoothed to create a flat surface suitable for agriculture.  


Flooding the land with water marks the completion of a rice terrace.  
Flooding the land with water marks the completion of a rice terrace.<ref name="Nike Programme">[RICE TERRACE CONSTRUCTION AND MAINTENANCE http://www.nikeprogramme.org/index.php?option=com_content&view=article&id=113:rice-terrace-construction&catid=82:knowledge-we-wrote&Itemid=99"] </ref>
 
== Benefits ==
[[Image:Childrenricepaddie.jpg|thumb|right|Planting on rice paddies]]
 
Rice terraces benefit the environment and its inhabitants. Their construction allows for farmers to sow and harvest land otherwise not suitable for farming. This method of farming is highly effective for growing plants that require high amounts of water.
 
The terraces help relax mankind’s reliance on heavy machinery, some of which are not available in many developing countries. The fields are a step to filter water and house small ecosystems containing insects or frogs.


'''Benefits''' Rice terraces benefit the environment and its habitants. Their construction allows for farmers to sow and harvest land otherwise not suitable for farming.  
Environmental benefits include; soil conservation by decreasing erosion and rapid surface runoff, and flood control by letting rainwater seep underground before it slowly flows out into large bodies of water.<ref name="The Tokyo Foundation">[The Tokyo Foundation http://www.tokyofoundation.org/en/topics/japanese-traditional-foods/vol.-19-rice-grown-in-rice-terraces"Rice grown in terraces"] </ref>


Environmental benefits include; soil conservation by decreasing erosion and rapid surface runoff, and flood control by letting rainwater seep underground before it slowly flows out into bodies of water.
==References==
{{Reflist}}


The terraces also help relax mankind’s reliance on heavy machinery, some of which are not available in many developing countries. The fields are a step to filter water and house small ecosystems containing insects or frogs.
[[Category:JMC330 International Mass Communication]]
[[Category:Agriculture]]
[[Category:Farming]]
[[Category:Water]]
[[Category:Rice]]
[[Category:Sustainability]]
[[Category:China]]

Revision as of 03:42, 20 February 2019

The construction of Rice Terraces date back to ancient times. This method of growing rice has allowed Chinese farmers to cultivate sloped, hilly and mountainous land. Modern rice growers may prefer the use of advanced mechanic tools, but in Chinese countrysides untouched by modernization, the act of growing rice remains labor intensive— done without the aid of machinery. Not only are they aesthetically pleasing, rice terraces carry many benefits that help preserve land, soil, small ecosystems and weaken China's increasing reliance on heavy machinery.

Rice terrace in Honghe Prefecture in China's Yunnan province

Suitable Land

Rice terraces are mostly found in east, south and southeast Asia. The ideal location for a rice terrace should include these qualities: slight sloped curve on land, a reliable year round water source and close proximity to building materials such as gravel, topsoil and stones.

How it Works

Rice Terrace in Longsheng near Guilin, China

Water supply, the most important aspect of rice terraces, is provided from rivers and mountain streams; irrigation flows through the same complex canals and river ways that are centuries old. The different levels of rice terraces allow water to flow successively down each level.

A seed is first planted on a seedbed, after a couple of weeks, the seed is transplanted to rice terraces filled with six inches of water, otherwise known as paddies. This technique gives the slightly more mature seed a head start over any competing weeds. As the seed matures, the water levels in the paddies decrease— by full maturity, the grounds should be completely dry, allowing for an easy harvest.[1]


Building Process

The construction of rice terraces is not an easy task and require constant maintenance, yet the same method has been passed on for many centuries. Rice terraces built centuries go are still being utilized today— speaking volumes to their effectiveness even in modern society.

After choosing an ideal location, a pond where water will be retained should be constructed on the highest point of the terrace.

Builders then lay down marking stones that act as the foundation for retaining walls that help keep the terraces in tact. Since this technique alters the natural state of the earth, multiple layers of retaining walls backed with gravel support needs to be constructed.

Next, eight to ten inches of earth and topsoil are transported to the newly constructed rice terraces. The soil is then stomped and smoothed to create a flat surface suitable for agriculture.

Flooding the land with water marks the completion of a rice terrace.[2]

Benefits

Planting on rice paddies

Rice terraces benefit the environment and its inhabitants. Their construction allows for farmers to sow and harvest land otherwise not suitable for farming. This method of farming is highly effective for growing plants that require high amounts of water.

The terraces help relax mankind’s reliance on heavy machinery, some of which are not available in many developing countries. The fields are a step to filter water and house small ecosystems containing insects or frogs.

Environmental benefits include; soil conservation by decreasing erosion and rapid surface runoff, and flood control by letting rainwater seep underground before it slowly flows out into large bodies of water.[3]

References

Template:Reflist

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