Agriculture in Khyragus: Difference between revisions

Jump to navigation Jump to search
 
(9 intermediate revisions by the same user not shown)
Line 1: Line 1:
{{wip}}
[[File:Greenhouses_Khasde_Outskirts.jpg|thumb|300px|Greenhouse agricultural production along the outskirts of [[Khasde]].]]
[[File:Greenhouses_Khasde_Outskirts.jpg|thumb|300px|Greenhouse agricultural production along the outskirts of [[Khasde]].]]
'''{{wpl|Agriculture}} in [[Khyragus]]''' is a major and highly developed industry accounting for approximately 3% of the total {{wpl|GDP}}. Much of Khyragus is well suited for agricultural use. Khyragus is a net exporter of food and a leading developer of [[Science and Technology in Khyragus#Agricultural technology|agricultural technology]]. The primary crops cultivated are {{wpl|rice}}, {{wpl|sugarcane}}, {{wpl|potatoes}}, and {{wpl|algae}}, however, Khyragus exports large quantities of tropical {{wpl|fruits}}, {{wpl|coffee}}. and {{wpl|tobacco}}.
'''{{wpl|Agriculture}} in [[Khyragus]]''' is a major and highly developed industry accounting for approximately 3% of the total {{wpl|GDP}}. Much of Khyragus is well suited for agricultural use. Khyragus is a net exporter of food and a leading developer of [[Science and Technology in Khyragus#Agricultural technology|agricultural technology]]. The primary crops cultivated are {{wpl|rice}}, {{wpl|sugarcane}}, {{wpl|potatoes}}, and {{wpl|algae}}, however, Khyragus exports large quantities of tropical {{wpl|fruits}}, {{wpl|coffee}}. and {{wpl|tobacco}}.


==History==
==History==
Paragraph on ancient farming
===Before 1750===
[[File:Cumbemayo_aqueduct.JPG|thumb|left|An early aqueduct carved into stone]]
The oldest known archeological evidence of agricultural activities dates to approximately 6000 BCE. More advanced agricultural activities became widespread around the year 4000 BCE with the development of the [[Yandrea civilization]]. Primarily agricultural was concentrated around the [[Ikeyrbe River|Ikeyrbe River Valley]], where a steady fresh water supply and nutrient-rich soil provided an ideal location for farming. {{wp|Chinampas}} was the predominant agricultural technique, and were used to grow {{wp|maize}}, {{wp|cucurbita|squash}}, {{wp|beans}}, and {{wp|rice}}.
 
Around 3000 BCE, the [[Ukzeande Empire]] created an extensive network of canals to provide irrigation and flood control.
 
 
===Modern Era===
 
 
 
===Khyragusian Technate===
 
 
 
===Post Technocratic Khyragus===


Paragraph on middle ages farming


Revolutionary Farming


==Farm Types==
==Farm Types==
>>>Collective Farms
Much of Khyragus's agricultural output is produced by farma zaednica, or community farm settlements. etc. etc. privatization etc.
 
===Farma Zaednica===
{{Main|Farma Zaednica}}
**Need to fix some of this**


>>>Urban Farms
Farma zaednicas are collective communities based on agriculture. The first of these communities, [[Novo Orkani]], was established in 1938. Under the farma zaednica system, communal plots are farmed, and the resulting profit from harvest is given to workers as a dividend. This system would eventually become the basis for other industries as well.
 
===Urbana Gradina===
Urban farms


>>>House Gardens
==Production==
==Production==


Line 65: Line 85:
Khyragus has historically been a major producer and exporter for a variety of fruits to other nations in [[Astyria]]. {{wp|Bananas}}, along with various citrus fruits such as: {{wp|Mandarin oranges}}, {{wp|lemons}}, and {{wp|limes}} are the most produced fruits. Citrus is mainly cultivated in irrigated groves along the western coasts of Khyragus and the southern regions. Khyragus has also established an international reputation for being a large supplier other tropical fruits, such as [[zelbolko]], {{wp|lychees}}, {{wp|mangos}} and {{wp|Opuntia_ficus-indica|cacti fruit}}.
Khyragus has historically been a major producer and exporter for a variety of fruits to other nations in [[Astyria]]. {{wp|Bananas}}, along with various citrus fruits such as: {{wp|Mandarin oranges}}, {{wp|lemons}}, and {{wp|limes}} are the most produced fruits. Citrus is mainly cultivated in irrigated groves along the western coasts of Khyragus and the southern regions. Khyragus has also established an international reputation for being a large supplier other tropical fruits, such as [[zelbolko]], {{wp|lychees}}, {{wp|mangos}} and {{wp|Opuntia_ficus-indica|cacti fruit}}.


===Cash Crops===
{{wp|Cash crops}} have historically been an important part of Khyragusian agriculture. {{wp|Sugar cane}} is the leading cash crop, although production declined heavily in the 1920s, it began to increase steadily during the 1960s through to the present day. Sugar cane is cultivated along the western coasts and islands, where the tropical climate provides favorable conditions for cultivation. In addition to being used in the production of {{wp|sugar}} it also used to produce ethanol.
{{wp|Coffea|Coffee}}, {{wp|tobacco}}, {{wp|Camellia_sinensis|tea}}, and {{wp|cotton}} are also significant cash crops. Cigars are a famous Khyragusian product and are heavily exported internationally. {{wp|Cannabis}} is another key cash crop produced in Khyragus. Although the majority of cannabis grown is done by individuals for personal use, commercial farms that supply pharmaceutical companies are widespread. Khyragus is known to be an origin point for black market and grey market cannabis exported to other countries, especially [[Slovertia]].


===Cash Crops===
===Livestock===
===Livestock===


Line 73: Line 96:
Khyragusian {{wp|microalgae}} production totaled 24.1 million tonnes in 2020. Algae is Khyragus's most important {{wp|Nonfood crop|industrial crop}}, being used to produce {{wp|Algae fuel|biofuels}} and {{wp|bioplastics}}. Over 20.5 million barrels of algae biofuels were produced in 2018. Algae is also used in animal feed, due to it's high protein and nutrient levels. A small amount of the algae is also used for human consumption.  
Khyragusian {{wp|microalgae}} production totaled 24.1 million tonnes in 2020. Algae is Khyragus's most important {{wp|Nonfood crop|industrial crop}}, being used to produce {{wp|Algae fuel|biofuels}} and {{wp|bioplastics}}. Over 20.5 million barrels of algae biofuels were produced in 2018. Algae is also used in animal feed, due to it's high protein and nutrient levels. A small amount of the algae is also used for human consumption.  


Most of Khyragus's algae is produced using wastewater from sewage or agricultural runoff. These facilities first process the water using {{wp|anaerobic digestion}} which produces methane, carbon dioxide, and organic fertilizer. The methane is used to create {{Renewable_natural_gas|synthetic natural gas}}. The fertilizer and treated water is then used to cultivate algae, producing clean water and algae biomass. After oil is extracted the remaining biomass is typically used to create ethanol-based biofuels.  
Most of Khyragus's algae is produced using wastewater from sewage or agricultural runoff. These facilities first process the water using {{wp|anaerobic digestion}} which produces methane, carbon dioxide, and organic fertilizer. The methane is used to create {{wp|Renewable_natural_gas|synthetic natural gas}}. The fertilizer and treated water is then used to cultivate algae, producing clean water and algae biomass. After oil is extracted the remaining biomass is typically used to create ethanol-based biofuels.  


Algae oil is also used to create bioplastics. The Khyragusian government taxes petroleum-based plastics and non-biodegradable plastics at a higher rate than alternatives, bioplastic production is increasing. In 2020, bioplastic production from algae accounted for 10.3% of all domestic plastic production.
Algae oil is also used to create bioplastics. The Khyragusian government taxes petroleum-based plastics and non-biodegradable plastics at a higher rate than alternatives in an attempt to reduce pollution and fossil fuel dependency.  Bioplastic production is Khyragus increasing. In 2020, bioplastic production from algae accounted for 10.3% of all domestic plastic production.


==Government Policy==
==Government Policy==
Line 81: Line 104:
==See Also==
==See Also==
* [[Science and Technology in Khyragus#Agricultural technology|Agricultural Technology in Khyragus]]
* [[Science and Technology in Khyragus#Agricultural technology|Agricultural Technology in Khyragus]]
* [[Biofuel in Khyragus]]


{{Template:Khyragus NavBox}}
{{Template:Khyragus NavBox}}
[[Category:Khyragus]]
[[Category:Khyragus]]

Latest revision as of 18:23, 5 July 2021

Greenhouse agricultural production along the outskirts of Khasde.

Agriculture in Khyragus is a major and highly developed industry accounting for approximately 3% of the total GDP. Much of Khyragus is well suited for agricultural use. Khyragus is a net exporter of food and a leading developer of agricultural technology. The primary crops cultivated are rice, sugarcane, potatoes, and algae, however, Khyragus exports large quantities of tropical fruits, coffee. and tobacco.

History

Before 1750

An early aqueduct carved into stone

The oldest known archeological evidence of agricultural activities dates to approximately 6000 BCE. More advanced agricultural activities became widespread around the year 4000 BCE with the development of the Yandrea civilization. Primarily agricultural was concentrated around the Ikeyrbe River Valley, where a steady fresh water supply and nutrient-rich soil provided an ideal location for farming. Chinampas was the predominant agricultural technique, and were used to grow maize, squash, beans, and rice.

Around 3000 BCE, the Ukzeande Empire created an extensive network of canals to provide irrigation and flood control.


Modern Era

Khyragusian Technate

Post Technocratic Khyragus

Farm Types

Much of Khyragus's agricultural output is produced by farma zaednica, or community farm settlements. etc. etc. privatization etc.

Farma Zaednica

    • Need to fix some of this**

Farma zaednicas are collective communities based on agriculture. The first of these communities, Novo Orkani, was established in 1938. Under the farma zaednica system, communal plots are farmed, and the resulting profit from harvest is given to workers as a dividend. This system would eventually become the basis for other industries as well.

Urbana Gradina

Urban farms

Production

Millions of Tonnes in 2020
Rice 65.2
Sugar cane 47.8
Potatoes 32.5
Microalgae 24.1
Maize 15.3
Citrus 11.8
Fruit (other) 9.6
Bananas 4.1
Vegetables (combined) 3.3
Oats 3.1
Chicken meat 2.9
Hen eggs 1.4
Quinoa 0.8
Legumes 0.6

Major Agricultural Products

Food Crops

Fields south of Hauport

The primary grain crops cultivated in Khyragus are rice and maize which constitute Khyragus's main staple crops. Rice is generally grown in wetlands along the western side of the Okofil Mountains, where heavy rainfall and steady river flow provide plentiful water supplies. Golden rice and Basmati are the primary rice cultivars produced, however, several other varieties are grown. Maize is grown in the more arid plains region in the northeast of Khyragus. Maize is used for human consumption, as animal feed, and for the production of ethanol-based biofuels. Oats and quinoa are also grown in large quantities, along with wheat and barley.

About 12% of cultivated land is used to produce legumes. Peanuts are the largest legume crop by output and are an important source of food. Other legumes, such as lentils and black beans are grown throughout Khyragus.

A hydroponic production facility

Potatoes, tomatoes, cabbage, and onions are Khyragus's principal vegetable crops. The majority of these crops are grown intensively in hydroponic facilities in the western islands. Potatoes are grown in nearly every region of Khyragus, but the southeastern area produces the majority of potatoes produced.

Khyragus has historically been a major producer and exporter for a variety of fruits to other nations in Astyria. Bananas, along with various citrus fruits such as: Mandarin oranges, lemons, and limes are the most produced fruits. Citrus is mainly cultivated in irrigated groves along the western coasts of Khyragus and the southern regions. Khyragus has also established an international reputation for being a large supplier other tropical fruits, such as zelbolko, lychees, mangos and cacti fruit.

Cash Crops

Cash crops have historically been an important part of Khyragusian agriculture. Sugar cane is the leading cash crop, although production declined heavily in the 1920s, it began to increase steadily during the 1960s through to the present day. Sugar cane is cultivated along the western coasts and islands, where the tropical climate provides favorable conditions for cultivation. In addition to being used in the production of sugar it also used to produce ethanol.

Coffee, tobacco, tea, and cotton are also significant cash crops. Cigars are a famous Khyragusian product and are heavily exported internationally. Cannabis is another key cash crop produced in Khyragus. Although the majority of cannabis grown is done by individuals for personal use, commercial farms that supply pharmaceutical companies are widespread. Khyragus is known to be an origin point for black market and grey market cannabis exported to other countries, especially Slovertia.

Livestock

Fishing and Aquaculture

Algaculture

Khyragusian microalgae production totaled 24.1 million tonnes in 2020. Algae is Khyragus's most important industrial crop, being used to produce biofuels and bioplastics. Over 20.5 million barrels of algae biofuels were produced in 2018. Algae is also used in animal feed, due to it's high protein and nutrient levels. A small amount of the algae is also used for human consumption.

Most of Khyragus's algae is produced using wastewater from sewage or agricultural runoff. These facilities first process the water using anaerobic digestion which produces methane, carbon dioxide, and organic fertilizer. The methane is used to create synthetic natural gas. The fertilizer and treated water is then used to cultivate algae, producing clean water and algae biomass. After oil is extracted the remaining biomass is typically used to create ethanol-based biofuels.

Algae oil is also used to create bioplastics. The Khyragusian government taxes petroleum-based plastics and non-biodegradable plastics at a higher rate than alternatives in an attempt to reduce pollution and fossil fuel dependency. Bioplastic production is Khyragus increasing. In 2020, bioplastic production from algae accounted for 10.3% of all domestic plastic production.

Government Policy

See Also