How do farmers who are not near rivers irrigate their crops?

Dig a hole next to the crop, then store water and irrigate it when the crop needs to be irrigated.

They would build a small irrigation installation, or they would dig a ditch next to the field to water the crops.

Summary. It is not suitable for planting in the riverside area, and these lands seem to be good, but in fact, there is a hidden crisis, and to a large extent, they rely on the harvest from the sky. The amount of rainfall, the urgency of the river, for the harvest of crops is very large, but also often in the rainy season the river floods, washing away the crops of the situation, so it is said that when planting the land is rarely chosen such land to cultivate, even if some riverside land is planted, it is basically a piggyback by the way, rarely take care of it, the real harvest of the sky.

It is not suitable for planting in the riverside area, and these lands seem to be good, but in fact, there is a hidden crisis, and to a large extent, they rely on the harvest from the sky. The amount of rainfall, the urgency of the river, has a great impact on the harvest of crops, and often in the rainy season, the river overflows, washing away the crops.

Hello, has the question of the foundation been clearly answered for you? If you have any new confusion, please feel free to find me again, and I will answer it for you as soon as possible. I wish you all the best!

Hello, has the question of the foundation been clearly answered for you? If you have any new confusion, please feel free to find me again, and I will answer it for you as soon as possible. I wish you all the best!

Hello, dear, I am happy to answer for you: the flow of rivers needs to divert water to farmland before it can be irrigated. River Irrigation Benefits Tracks:

1.First, river irrigation is more conducive to crop growth. River water, commonly known as "yang water", is the reservoir water that flows through the river after a long period of sun exposure.

Well water is "shade water" that does not see sunlight, and the temperature of river irrigation water and crop roots is similar. Well water is generally at a low temperature, and well water irrigation is not conducive to crop growth. 2.

Second, the river water irrigation is drought-resistant, and the water lasts for a long time. Compared with well water irrigation, the surface layer of the soil irrigated by river water is not easy to compaction, the soil moisture is not easy to dissipate, the water is maintained in the soil for a longer time, and the drought resistance period is longer. Grinding punch.

Water resources are precious, but the state knows that water is the lifeblood of agriculture and does not charge water resources for irrigation. The Regulations on the Administration of Water Intake Permits and the Collection of Water Resources Fees stipulate that rural collective economic organizations and their members shall temporarily draw water from the ponds and reservoirs of their collective economic organizations to resist agricultural drought and protect the ecology and environment, without the need to apply for a water intake permit. These two policies are designed to protect farmers from irrigation and drought.

I drilled an irrigation well, which was 2 inches deep and 20 meters deep, which should be considered a deep well. So here's the problem. In order to resist drought, digging wells and drilling 20-meter-deep wells, will it be considered a temporary emergency?

If your well is temporary, in order to resist drought, it is not illegal to drill wells, and well irrigation is an irrigation method that has been actively advocated by our people since ancient times. I thought that the peasants who fetched water and did not pour the crops were the ones who did not eat, and there was no need to ignore him. However, if you permanently and regularly draw water from wells to the detriment of local groundwater resources, you must get permission.

If the drilling is not declared privately, it is a violation of the conditions, and the regulations are equally binding on the law, which can be said to be illegal.

As I understand it, a farmer digging a well next to his own land, using it only for irrigation and not for other purposes, without violating any conditions and laws, is only on the edge of the regulations, to be understood in terms of the method of implementing the policy. The private water intake investigated by the water conservancy department in accordance with the law is generally industrial water, aquaculture water, and groundwater pumping on a daily basis. But how many times a year do farmers water when they fetch water?

Investigating drought-fighting farmers and asking them to pay fines really means deliberately getting along with the peasants.

As far as I know, in order to prevent the misappropriation of water resources, the farmers who dug this well dig the well, but when they do not fall to the ground on weekdays, they seal the well in a certain way, and turn on the water if necessary, which can be considered as temporary emergency water for drought resistance.

According to the implementation of the "Regulations on the Administration of Water Intake Permits and the Collection of Water Resources Fees", it is revised in accordance with the "Decision on Amending and Abolishing Some Administrative Regulations". Units and individuals that use water intake projects or facilities to directly collect water resources from rivers, lakes and underground shall apply for water intake permits and pay water resource fees. Farmers dig wells in their fields to irrigate their fields, i.e. draw water from the ground, and of course under the supervision of this regulation, they are usually required to obtain a permit to take water.

Yes, if it is a remote mountainous area, you can only dig a well by yourself to find a way to find a water source, if it is a suburban area, you can't dig your own well, you need to agree.

You can dig your own wells to irrigate the crops, that is, it will be more difficult to irrigate the crops with well water, but you can dig a well in the middle of the crop field, and then install a sprayer to irrigate the crops automatically.

1. Furrow irrigation: first dig a ditch between the corn rows, and then introduce water into the ditch. First of all, it has the advantage of reducing the contact surface between the water flow and the surface, and reducing the degree of hydraulic damage to the soil aggregates, so that the soil of corn roots is loose and aeration, which is conducive to the growth and development of corn.

Secondly, furrow irrigation can be based on different terrain and soil permeability, etc., using different furrow depths, furrow directions and furrow shapes. This method is generally adopted after jointing, and after jointing, the soil is generally cultivated with top dressing in field management, so that the corn rows naturally line into a ditch. In order to control the amount of water and prevent lodging after irrigation, inter-furrow irrigation or semi-furrow irrigation is often used.

2. Furrow irrigation: It is easier to control the amount of water than flood irrigation, and can reduce the loss of surface compaction and fertilizer. The advantage of this method is that the size of the furrow can be determined according to the height of the terrain and the size of the ground. This irrigation method is generally used before sowing and at the seedling stage.

3. Sprinkler irrigation: that is, commonly known as artificial rainfall irrigation, is to spray water into the air through the nozzle and sprinkler head under pressure, so that the irrigation water falls evenly on the corn and the ground like rainfall, and the water is first supplied by water infiltration of the soil. The advantage is that it reduces the erosion of the soil by irrigation water and avoids soil compaction.

The amount of water used in sprinkler irrigation can be controlled at will, saving 15-30% of water compared to surface irrigation.

In order to better improve the degree of atomization, spraying uniformity, and reduce spray intensity, advanced technologies such as slow sprinkler irrigation, pulse sprinkler irrigation and spraying should be used to improve the spraying quality, and automation and remote control technology can also be used.

4. Drip irrigation: It is a new irrigation method for the development of underground irrigation. It is the use of a low-pressure piping system that allows the irrigation droplets to slowly and often shallow the root area.

It is with the help of soil capillary, rising from the ground to the corn root distribution layer for the needs of corn growth and development. It can supply water according to the water requirement of corn. It can better save water consumption, promote corn growth and increase yield.

Everything needs to be righteous, and the boat will naturally go straight to the bridge.

Uncle Farmer will do it himself.

It's the opposite. In dry farming areas, irrigation is needed because of low precipitation, so agriculture in arid and semi-arid areas is called irrigated agriculture; In humid areas, irrigation is only necessary for drought because of heavy precipitation.

So dryland farming is in the vicinity of large river basins.

Hope it helps.

Dryland agriculture refers to the absence of water in the fields most of the time, unlike paddy field agriculture, where water is often found in rice fields. Dryland agriculture, although it grows more drought-tolerant crops, relies on irrigation to develop. Dryland agriculture is distributed in areas with insufficient precipitation, and relies on river water to irrigate agriculture and energy consumption, so dryland agriculture should be developed near large rivers.

Dryland agriculture does not require irrigation water at all, but is generally distributed in areas with less precipitation, generally grows drought-tolerant crops, and relies on natural rainwater for irrigation. However, if it is developed near large river basins, it is more conducive to its diversion for irrigation, so some large river basins are suitable for dryland agricultural development.