Peanut selection

Peanuts belong to the leguminous crops, self-pollination, and their genetic traits are relatively stable. They can be planted for years. However, peanuts, like other crops, have both genetic and variability. Heritability makes it maintain the characteristic characteristics of the original variety, and variation forms the variety diversity. Seeds with high mutation rates cannot continue to be applied to field production because the original good characteristics of the variety cannot be well expressed, and the field performance includes plant clutter, low uniformity, low yield, and weakened disease resistance. . Therefore, the purpose of the selected peanut seed is to purify and rejuvenate the superior peanut species so that the species maintains its inherently excellent animal characteristics. Mixed selection method is a simple operation, more commonly used peanut selection methods.

Selected excellent single plant

When peanuts are harvested, first select a series of excellent single plants that have not been mutated, based on the fruit shape and size criteria of the peanut varieties planted. Secondly, according to the comprehensive traits of the planted peanut varieties, select good individuals in a series of primary plants, select those with large numbers of fruits, high fruiting rate, many branches, strong growth potential, resistance to stress and resistance. Diseased, not premature aging of the excellent single plant as a retained strain. Again, select the seedlings in the selected strains to be used for seedlings that have a medium, double-fruited, and full grain size. The number of selected planting strains is generally controlled by planting 1 mu of peanuts and selecting 4000 excellent plants to retain.

The excellent plants were divided into the sun, the collection, and the seeds

The selected good individual peanuts were picked and then individually dried, individually stored, and continued to be selected before sowing. The seeds were full, disease-free and disability-free, and were planted separately. During the next harvest, the seed selection work of the previous year was repeated, so that after 2 to 3 years of continuous seed selection, the degraded variety can play a role in purification and rejuvenation; for newly introduced new varieties, it can prevent The role of sexual degeneracy.

When selecting excellent individual plants with good seedling quality, if they are found to have significantly better variants than the original, they can be single harvested, single sunned, single stocked, single planted, and bred into a new excellent peanut. Variety.

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Long Range LiDAR Radar

Long distance LiDAR sensor series are particularly easy to communication thanks to their fixed connector, which can be plugged it up and off by yourself. Voltage is wider from 8v before to 36v. Low power consumption feature makes it beceome a very competitive, high performance-price ratio, long range Laser Distance Sensor.

Highlights:

> Measurement frequency: 400 Hz (Max 60m 3000Hz)
> Long range: 200m
> High temperatures: -10~+50℃
> UART output
> Connector design: easy to use


Parameters:

Accuracy

±10cm(<50m) /±1%(>50m)*

Measuring Unit

cm

Measuring Range (without Reflection)

0.1-200m

Interface options

Serial/usb/rs232/rs485/bluetooth

Measuring Frequency

400 Hz

Laser Class

Class I

Laser Type

905nm

Weight

About 20g

VInput Voltage

8V-36V

Resolution

1cm

Size

43*35*21mm

Operating Temperature

-15℃~50℃

Storage Temperature

-40℃~85℃


Chengdu JRT Main Ranging Modules: Industrial Laser Distance Sensors, Laser Rangefinder Sensor, Tof LiDAR Sensors.

Speed Laser Sensor,Long Range Lidar,Long Range 3D Lidar,Long Range Radar Sensor

Chengdu JRT Meter Technology Co., Ltd , http://www.infrareddistancesensor.com