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Drought-resisting coating composition of leguminous seeds, coating seeds and coating method

A seed and coating technology, applied in the direction of seed coating/seed dressing, botany equipment and methods, chemicals for biological control, etc., can solve the problem that the effect is not very good, the applicability has not been further studied, etc. problem, achieving significant drought resistance

Inactive Publication Date: 2010-08-18
BEIJING FORESTRY UNIVERSITY
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] Since the invention of seed coating technology, from the initial clay, starch, pesticides, chemical fertilizers to various plant growth regulators, bird and mouse repellents, drought-resistant water-retaining agents, etc., new materials have been used in it, but various substances are different. The applicability of category seeds has not been further studied
At the same time, in the existing drought-resistant patents, basically all patents just blindly add drought-resistant and water-retaining substances, and do not target different plant types. Starting from affecting the physiological properties of plant seeds and seedlings themselves, the effect in practical applications Not very good

Method used

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  • Drought-resisting coating composition of leguminous seeds, coating seeds and coating method
  • Drought-resisting coating composition of leguminous seeds, coating seeds and coating method
  • Drought-resisting coating composition of leguminous seeds, coating seeds and coating method

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Experimental program
Comparison scheme
Effect test

Embodiment 1

[0012] Embodiment one seed drought-resistant coating

[0013] Take by weighing 200g caragana or Robinia pseudoacacia seeds, according to solid content and seed weight ratio 1: 1, lanthanum nitrate (LaNO 3 ), rooting powder, aspirin, Glomus tortuosus strains, agricultural water-retaining agent, carboxymethyl chitosan, and bentonite each account for 0.5%, 0.025%, 0.0075%, 0.6%, 3%, 6%, and 89.8675%, weighed each material crushed to 500 mesh corresponding specific gravity, mixed uniformly and evenly divided into 10 equal parts, and prepared 2% by weight sodium carboxymethylcellulose solution at the same time. Then, put the seeds into the reactor, add 5-7ml of 2% by weight sodium carboxymethyl cellulose solution to soak the seeds, then add the first powder, add 3ml of liquid phase substance after 1-2 minutes, and then add the second Two parts of powder..., so after 10 times, the seed coating is completed.

[0014] Subsequently, 3ml of a prepared mixed solution of 2% by weight so...

Embodiment 2

[0016] Potted experiment in embodiment two greenhouses

[0017] In the experiment, the bare plant was used as the control, and the local loess of Beijing was used as the substrate, and the potted plant was adopted. First, dry the soil until the relative water content is 0%, put it into a 1kg pot quantitatively, then add water according to the pot weight to make it reach three water contents of 5%, 10%, and 15%, and plant the seeds to be tested at a depth of 0.5-1.0 cm, repeat 3 pots for each group, sow 15 seeds in each pot, weigh the pots every day thereafter, replenish water quantitatively, and observe the germination situation.

[0018] The simulated drought resistance experiment is a good way to test the effect of seed drought resistance coating. The present invention verifies the drought resistance efficiency of two kinds of coated seeds of Caragana caragana and Robinia pseudoacacia through the above experiments. It can be seen that the germination rate of coated seeds is ...

Embodiment 3

[0023] Field sowing experiment in embodiment three arid regions

[0024] Random block design was used to sow on-the-spot in the sunny slope, semi-sunny slope and shady slope of the Hejiagou watershed in Wuqi County, Shaanxi Province. Each treatment was sown in 10 holes, with 3 plants in each hole, and the spacing between plants and rows was 30cm×50cm. Caragana was used as the tree species to be tested. After sowing, each hole was covered with grass. Through practice tests, coated seeds and their seedlings are significantly better than uncoated seeds (see Table 3).

[0025] Table 3 Germination rate of coated seeds in field sowing

[0026]

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Abstract

The invention relates to a drought-resisting coating composition of leguminous seeds, coating seeds and a coating method. By the combined use of twisted saccule fungi species, carboxymethyl chitosan, a plant growth regulator, bentonite and a water-retaining agent, the obtained coating seeds and seedlings thereof have remarkable draught resistance, therefore, the excellent microenvironment can be provided for germination of the leguminous seeds and the growth of the seedlings.

Description

technical field [0001] The invention relates to a drought-resistant coating formula for leguminous seeds, coated seeds and a seed coating process. Background technique [0002] Leguminosae is the third largest family of seed plants and the second largest angiosperm after Compositae. It is widely distributed all over the world, with various varieties and diverse uses. While beautifying the landscape environment, providing fodder for livestock, and providing wood and chemical raw materials for humans, it also plays an important role in the construction of ecological vegetation. [0003] Since the invention of seed coating technology, from the initial clay, starch, pesticides, chemical fertilizers to various plant growth regulators, bird and mouse repellents, drought-resistant water-retaining agents, etc., new materials have been used in it, but various substances are different. The applicability to category seeds has not been further investigated. At the same time, in the ex...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): A01N63/04A01N59/16A01N37/10A01P21/00A01C1/06
Inventor 赵磊磊朱清科聂立水张岩苟丽晖王蕊张金香赵荟朱松李扬王晶周泽圆朱岩
Owner BEIJING FORESTRY UNIVERSITY
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