What is Irrigation & Irrigation engineering ?
January 09, 2020
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In agricultural land, we need to use this method to deliver water. Because with the help of this method, we collect a lot of water without any rain, we can collect irrigation in any way and we can irrigate it in agriculture, so there is a very good method. And in this, we can also save a lot of water and in it Due to this method watering with the help Irrigation of, the crop becomes very bad and there is not much use in agriculture. But with their help, we are so good, we Irrigation.
In agricultural land, we need to use this method to deliver water. Because with the help of this method, we collect a lot of water without any rain, we can collect irrigation in any way and we can irrigate it in agriculture, so there is a very good method. And in this, we can also save a lot of water and in it Due to this method watering with the help Irrigation of, the crop becomes very bad and there is not much use in agriculture. But with their help, we are so good, we Irrigation.
•It is an Artificial Method of supplying Water to Agriculture
Field.
• Water As and when required.
• To get Maxi. production of the crop with highest
Quality.
• Must be Eco-friendly.
⧪What is Irrigation
Engineering?
• The physical structure Analysis & Design along with
Construction to facilitate the Irrigation in the region is known as Irrigation Engineering.
⧪Types of Irrigation Engineering?
⧪Types of Irrigation Engineering?
- surface irrigation
- subsurface irrigation
⧪ Types of subsurface irrigation:-
- natural subsurface:- leakage water from channels during its passage through subsoil irrigation crops on lower lands.
- artificial subsurface:-In this method system of laid below the soil this is a costly process so recommended in an area where crop provides high returns.
⧪ The most common methods of irrigation use:-
⧪ Drip Irrigation
Furrow Irrigation
Border Irrigation
Sprinkler Irrigation
Drip Irrigation
•The
soil is wetted by small amounts of water dripped slowly through devices called
emitters.
•Water
is applied 1-2 gallons per hours per emitter
•Requires
less water than other forms
•Fertilizers
and pesticides can be added to water
•High
cost of installation
•Salts
tend to accumulate on the soil surface and along wetted boundaries
⧪Sprinkler Irrigation
•Leveling is not as critical
for sprinklers
•More uniform wetting- seed
germination, salts washed away, less total water used
•Frost control
•Initial costs are higher
than border and furrow irrigation systems
⧪Border Irrigation
•Border irrigation is used where land is level
•This method is often used in orchards and vineyards and for hay, pasture and cereal
grains (areas bounded by levees running downslope) by siphons, gates or valves.
⧪Furrow Irrigation
•Furrow is one of the most widely used methods
•Water runs down the furrows between plant rows
•Water moves to all parts of the soil by capillary action or gravity
•This system is efficient in water utilization but is expensive due to labor
⧪Why Irrigate
The object of irrigation is to replace the water lost from the field soil by transpiration and evaporation, minus the annual rainfall (precipitation).
⧪ CLASSIFICATION Irrigation: Method of Irrigation
A very large percentage of the earth’s landmass receives less than 20 inches of rain per year, the need for irrigation is very obvious
Farmers have irrigated crops for over 4,000 years
Even though irrigation has been practiced for so many years, modern methods were started as little as 200 years ago
⧪The selection of an irrigation system depends on
The type of crop
The climate of the area
The season
The method of application
The soil condition
•This method is often used in orchards and vineyards and for hay, pasture and cereal
grains (areas bounded by levees running downslope) by siphons, gates or valves.
⧪Furrow Irrigation
•Water runs down the furrows between plant rows
•Water moves to all parts of the soil by capillary action or gravity
•This system is efficient in water utilization but is expensive due to labor
⧪Why Irrigate
The object of irrigation is to replace the water lost from the field soil by transpiration and evaporation, minus the annual rainfall (precipitation).
⧪ CLASSIFICATION Irrigation: Method of Irrigation
A very large percentage of the earth’s landmass receives less than 20 inches of rain per year, the need for irrigation is very obvious
Farmers have irrigated crops for over 4,000 years
Even though irrigation has been practiced for so many years, modern methods were started as little as 200 years ago
⧪The selection of an irrigation system depends on
The type of crop
The climate of the area
The season
The method of application
The soil condition
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