CN1582622A

CN1582622A - Rice seedling method on rice husks as substrate by dry soilless cultivation

Info

Publication number: CN1582622A
Application number: CNA200410043613XA
Authority: CN
Inventors: 白桂俊; 臧林
Original assignee: Individual
Current assignee: Individual
Priority date: 2004-06-09
Filing date: 2004-06-09
Publication date: 2005-02-23
Anticipated expiration: 2024-06-09
Also published as: CN1259818C

Abstract

A soilless culture method with rice husk as matrix for rice seedlings includes such steps as breaking rice husk, immersing in water, stirring, spreading, applying water, covering by film, holding water content, and applying fertilizer. Its advantages are high yield and high quality of rice.

Description

The paddy rice that with the rice husk is matrix does not have native rice seedling on upland field method

Technical field:

The present invention relates to the seedling-cultivating method of a kind of paddy rice.

Background technology:

There is the problem that efficiency is low, production cost is high in existing soil seedling-cultivating method, find by literature search, the existing seedling-cultivating method that relates to paddy rice has " paddy rice rice husk soilless breeding seeding technology " (" modernization agricultural ", 2002 08 phases, author: Liu Yankun, Zhang Guojun, Zhang Susheng, Wang Jian), it relates to " utilize the biotechnology fermentation rice husk manufacturing fertilizer that becomes thoroughly decomposed; by with pulverize after the collocation of different-grain diameter rice husk; manual simulation's soil utilize rice husk soilless breeding seeding culture technique ", this technical process exists complex procedures, drawback that cost is high; Another kind of " paddy rice soilless substrate Study on Seedling Cultivation Technique " (" cultivation and rice do " 2001 (5)-14-15, author Zhang Weiquan, Yang Aidong etc.), it relates to " broken stem stalk of raising out during with rice threshing and residual branch stalk, broken leaf shell etc. are done matrix; be equipped with suitable diseases prevention medicament and fertilizer and grow seedlings ", and there are problems such as residue of pesticide in this seedling-cultivating method.

Summary of the invention:

The object of the present invention is to provide a kind of promptly can reduce production costs, can improve again output a kind of is that the paddy rice of matrix does not have native rice seedling on upland field method with the rice husk, and its operating procedure is: a. is broken to powdered rice hulls below 3.5 millimeters; B. sowing is preceding 12～24 hours, rice husk is put into water soak, and before sowing 3-5 hour, rice husk is taken out drainage; When c. sowing, puddle rice husk and nutritional agents evenly after, be laid on the seedbed of leveling compacting, thickness 2-2.5 centimetre, 5～8 cm layer of soil moisture content that water then at the bottom of the bed state that reaches capacity; D. then according to the conventional method sowing, cover the pulverizing rice husk of not mixing nutritional agents, 0.3-0.5 centimetre of rice husk cladding thickness above; E. from one heart stage of rice growing to a leaf, keep the bed ends 5～8 cm layer of soil moisture content state that reaches capacity; G., execute ammonium sulfate 50g for every square metre and get final product during the phase at 1.5 leaf phases and 2.5 leaves; The nutritional agents of c step noted earlier is that the one-tenth by following part by weight is grouped into: nitrogen 2～2.5, phosphorus 1～1.2, potassium 1～1.1, fluorspar powder 5～5.5, bactericide 0.01～0.012, cold-resistance agent 0.10～0.12; The ratio of described nutritional agents and rice husk is: every square metre seedlings growing area applies 0.5 kilogram of nutritional agents, pulverizes 4 kilograms on dried rice husk; With nutritional agents with pulverize dried rice husk and carry out machinery and puddle and get final product.Solved the destruction ecology and the environmental pollution problems of growing seedlings and existing with soil with seedling-cultivating method of the present invention, solved the problem that it is difficult that conventional non-irrigated seedling is fetched earth, solved the problem of water mechanically, solved the seedbed exists in residue of pesticide in the rice shoot with weed killer herbicide problem, owing in seedling raising process, do not use chemical agent seedbed weed eradication, save operation, saved time and cost, improved operating efficiency; The seedling quality that brings out with method of the present invention is good, well developed root system, and it is turned green soon, and tillering ability is strong, and output height, rice matter are good, experiment showed, with method of the present invention and can improve output 5.7% than the rice shoot that routine has the seedlings and soil method to bring out; Method of raising seedling of the present invention has improved efficiency, reduces production costs, and helps developing pollution-free food, is an environmental protection project, and ecological project, green project are beneficial to and apply.

Embodiment:

Embodiment one: the operating procedure of present embodiment is: a. is broken to powdered rice hulls below 3.5 millimeters; B. sowing is preceding 12～24 hours, rice husk is put into water soak, and before sowing 3-5 hour, rice husk is taken out drainage; When c. sowing, puddle rice husk and nutritional agents evenly after, be laid on the seedbed of leveling compacting, thickness 2-2.5 centimetre, 5～8 cm layer of soil moisture content that water then at the bottom of the bed state that reaches capacity; D. then according to the conventional method sowing, cover the pulverizing rice husk of not mixing nutritional agents, 0.3-0.5 centimetre of rice husk cladding thickness above; E. from one heart stage of rice growing to a leaf, keep the bed ends 5～8 cm layer of soil moisture content state that reaches capacity; G., execute ammonium sulfate 50g for every square metre and get final product during the phase at 1.5 leaf phases and 2.5 leaves;

The nutritional agents of c step noted earlier is that the one-tenth by following part by weight is grouped into: nitrogen 2～2.5, phosphorus 1～1.2, potassium 1～1.1, fluorspar powder 5～5.5, bactericide 0.01～0.012, cold-resistance agent 0.10～0.12;

The ratio of described nutritional agents and rice husk is: every square metre seedlings growing area applies 0.5 kilogram of nutritional agents, pulverizes 4 kilograms on dried rice husk; With nutritional agents with pulverize dried rice husk and carry out machinery and puddle and get final product.

Embodiment two: present embodiment and embodiment one difference are that the consumption of nutritional agents is to count by weight proportion: nitrogen 2.1, phosphorus 1.02, potassium 1.01, fluorspar powder 5.1, bactericide 0.0112, cold-resistance agent 0.11.

Embodiment three: present embodiment and aforementioned embodiments difference are that the consumption of nutritional agents is to count by weight proportion: nitrogen 2.3, phosphorus 1.1, potassium 1.05, fluorspar powder 5.3, bactericide 0.0115, cold-resistance agent 0.114.

Embodiment four: present embodiment and aforementioned embodiments difference are that the consumption of nutritional agents is to count by weight proportion: nitrogen 2.4, phosphorus 1.15, potassium 1.08, fluorspar powder 5.4, bactericide 0.0118, cold-resistance agent 0.118.

Method of the present invention also can be used for to the growing seedlings of watermelon, muskmelon, flue-cured tobacco, flowers (as Aztec marigold), vegetables, continuous flower etc., to the important social benefit of having preserved the ecological environment.

Claims

1, a kind of is that the paddy rice of matrix does not have native rice seedling on upland field method with the rice husk, and it is characterized in that its operating procedure is: a. is broken to powdered rice hulls below 3.5 millimeters; B. sowing is preceding 12～24 hours, rice husk is put into water soak, and before sowing 3-5 hour, rice husk is taken out drainage; When c. sowing, puddle rice husk and nutritional agents evenly after, be laid on the seedbed of leveling compacting, thickness 2-2.5 centimetre, 5～8 cm layer of soil moisture content that water then at the bottom of the bed state that reaches capacity; D. then according to the conventional method sowing, cover the pulverizing rice husk of not mixing nutritional agents, 0.3-0.5 centimetre of rice husk cladding thickness above; E. from one heart stage of rice growing to a leaf, keep the bed ends 5～8 cm layer of soil moisture content state that reaches capacity; G., execute ammonium sulfate 50g for every square metre and get final product during the phase at 1.5 leaf phases and 2.5 leaves;

2, according to claim 1 is that the paddy rice of matrix does not have native rice seedling on upland field method with the rice husk, it is characterized in that described bactericide for disliking mould spirit, and described cold-resistance agent is an anti-drought water-retaining agent.

3, according to claim 1 and 2 is that the paddy rice of matrix does not have native rice seedling on upland field method with the rice husk, it is characterized in that described nutritional agents is that one-tenth by following part by weight is grouped into: nitrogen 2.1, phosphorus 1.02, potassium 1.01, fluorspar powder 5.1, bactericide 0.0112, cold-resistance agent 0.11.

4, according to claim 1 and 2 is that the paddy rice of matrix does not have native rice seedling on upland field method with the rice husk, it is characterized in that described nutritional agents is that one-tenth by following part by weight is grouped into: nitrogen 2.3, phosphorus 1.1, potassium 1.05, fluorspar powder 5.3, bactericide 0.0115, cold-resistance agent 0.114.

5, according to claim 1 and 2 is that the paddy rice of matrix does not have native rice seedling on upland field method with the rice husk, it is characterized in that described nutritional agents is that one-tenth by following part by weight is grouped into: nitrogen 2.4, phosphorus 1.15, potassium 1.08, fluorspar powder 5.4, bactericide 0.0118, cold-resistance agent 0.118.