CN112385500A - Ecological planting method for intercropping and interplanting of medlar and starwort root - Google Patents
Ecological planting method for intercropping and interplanting of medlar and starwort root Download PDFInfo
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- A—HUMAN NECESSITIES
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Abstract
An ecological planting method for intercropping of Chinese wolfberry and Stellaria dichotoma comprises the steps of early preparation, Chinese wolfberry field planting, Stellaria dichotoma planting, weeding and loosening soil, additional fertilizer, watering, pest control, Chinese wolfberry harvesting, Stellaria dichotoma harvesting, ploughing and the like. According to the method, the medlar and the radices stellariae are intercropped, so that the reciprocal symbiosis of the medlar and the radices stellariae under the drought desert condition can be realized, the problems of single medlar planting benefit, low land utilization rate and the like are solved, the organic unification of ecological, economic and social benefits of desert control is achieved, the land utilization rate of medlar land can be improved, the plant coverage is increased, sand prevention and sand fixation are realized, the planting area of the radices stellariae is increased, the planting benefit is improved, and therefore technical support is provided for the safe and efficient agricultural output in the drought desert area.
Description
Technical Field
The invention relates to the technical field of planting of medlar and Stellaria dichotoma, in particular to an ecological planting method for intercropping of medlar and Stellaria dichotoma.
Background
Lycium barbarum L is an important medicinal and edible functional genuine medicinal material in the western part of China and is planted in 13 provinces and municipalities in China. The current standardized planting mode is as follows: the row spacing of the plants is 1m multiplied by 3m, the number of the planted plants is 222/667 m2The method is suitable for large-area centralized planting and mechanized operation, the soil between 3m rows is clear ploughed, and the problems of small plant coverage, poor sand prevention and fixation ecological effect, single biodiversity, poor disease and pest resistance, low land utilization rate and the like exist.
Stellaria dichotoma var. lancelata is a perennial herb plant in Stellaria of Caryophyllaceae, and the dried root of the Stellaria dichotoma is a traditional Chinese medicine in China, and is recorded in Bencao compendium and Chinese pharmacopoeia of the calendar edition. The starwort roots are mainly distributed in arid sandy and rainless grassland areas in Ningxia, inner Mongolia, Shaanxi, Xinjiang and other provinces, wild plants grow in desert or semi-desert areas with the elevation of 1200-1500 m, and mostly grow in fixed or semi-fixed sand dunes and dry grassland. As the bupleurum medicinal material in the market is mainly derived from wild resources, excessive mining and disorderly mining cause the wild resources of bupleurum to be seriously deficient, and the ever-increasing market requirements at home and abroad are difficult to meet. The artificial planting of Stellaria dichotoma is a necessary solution for ensuring the sustainable utilization of resources.
Therefore, the method for intercropping the Chinese wolfberry and the starwort root is developed, the land utilization rate of the Chinese wolfberry field can be improved, the plant coverage is increased, sand is prevented and fixed, the planting area of the starwort root can be increased, and the planting benefit is improved.
Disclosure of Invention
The technical problem to be solved by the invention is that aiming at the problems of wide row spacing and bare soil between rows in medlar planting, a planting method of intercropping of medlar and Stellaria dichotoma is adopted to reduce bare soil, reduce water and soil loss, improve the utilization rate of soil and improve economic benefit.
The invention provides an ecological planting method for intercropping and interplanting of medlar and starwort root, which is characterized by comprising the following steps of:
(1) early preparation: selecting sandy loam or loam with sufficient sunlight, deep soil layer and good water drainage, after land leveling, dividing the whole land into Chinese wolfberry, blank, starwort root and blank planting areas in the east-west direction according to the widths of 80cm, 10cm, 200cm and 10cm, ditching the Chinese wolfberry planting areas before winter in the previous year, wherein the ditches are 80cm wide and 60cm deep, and digging out soil according to the depth of 10m3Applying organic fertilizer in an amount per mu, uniformly stirring, backfilling, and irrigating winter water;
(2) planting the medlar: when soil is thawed for more than 30cm from 3 late months to 4 early months in the next year, planting medlar seedlings in medlar planting furrows according to the plant spacing of 1m, immediately irrigating water after planting, loosening soil after surface soil is dry after irrigating water, and managing medlar in the same field as that of medlar;
(3) planting Stellaria dichotoma: planting the Chinese wolfberry field planted in the current year at the temperature of 17-25 ℃ from the last ten days of 4 months to the last ten days of 5 months, and planting the Chinese wolfberry field planted in the previous year in 9 months; mechanically deeply turning 20-22 cm before sowing in the dichotoma planting area, and finely raking to enable the surface layer of soil to reach 'upper deficiency and lower excess'; meanwhile, uniformly applying decomposed farmyard manure 3-5 square/mu in combination with land preparation, mixing the starwort root seeds with a proper amount of fine sand, performing drilling or broadcast sowing planting on the starwort root in a starwort root planting area, keeping the soil moist after sowing, and growing seedlings within 7-10 days; thinning when the seedlings grow to 2 +/-0.5 cm after being aligned; when the height of the seedling is 4-5 cm, performing seedling setting and seedling supplementing according to the plant spacing of 20cm, weeding and loosening soil while performing seedling setting, and supplementing the seedling with soil at the root part;
(4) weeding and loosening soil: weeding and loosening soil for the whole land when the height of the dichotoma sinensis seedlings is 10 +/-1 cm, and weeding and loosening soil again after 1 month;
(5) topdressing: at least one additional fertilizer treatment is carried out every 6-7 months, and at least one additional organic fertilizer treatment is carried out every 8-9 months;
(6) watering: watering in time in dry weather, and draining water through a drainage ditch in rainy season to prevent rotten roots;
(7) and (3) pest control: performing pest control treatment on soil at least twice every year, and controlling the diseases and pests of the medlar;
(8) harvesting of the medlar: fruiting begins in the current year after the medlar is fixedly planted, and medlar fruits are picked after fruiting;
(9) harvesting the starwort root: in the middle and late ten days of 9 months, when the overground part of the plant begins to wither, cutting the overground part, drying in the sun, removing seeds, and storing in a cool and dry place; digging roots in the last 9 th (before and after white dew) or the last 3 rd (4 th) 3 rd ten days after planting; and ditching, digging and digging are carried out in a forward way, and the integrity of the root of the medicinal material is kept. After the roots are dug up, the soil is shaken off, and the roots are straightened, bundled into small bundles and dried in the sun when being dried to be semi-dry and soft.
(10) Ploughing: ploughing the Bupleurum falcatum areas after harvesting, and planting again.
Preferably, in the step (3), the seeds are uniformly stirred by fine sand in a chloranthus spicatus area with the depth of 3cm, the furrow distance of 30cm and the width of 2m in 6 rows, the seeds are uniformly scattered in the chloranthus spicatus furrows, the soil is covered by 0.5-1 cm, the seed quantity per mu of the chloranthus is 750-1000 g, and land levelers are raked after sowing.
Preferably, in the step (3), seeds are uniformly stirred by fine sand in a 2m wide radix Stellariae area, the seeds are uniformly spread on the soil after rotary tillage, the seed quantity for each mu of sowing is 1000-1500 g, and the land leveller is raked after sowing.
It is preferable thatPerforming topdressing treatment at least once every 6-7 months in the step (5), and topdressing diammonium phosphate or urea according to the proportion of 10-15 kg/mu; at least one additional organic fertilizer treatment is carried out every 8-9 months, wherein the organic fertilizer is 1-2 m3Applied in a quantity per mu.
Preferably, the method for preventing and controlling the Stellaria dichotoma in the step (7) is one or more of soil disinfection, biological control of Bacillus thuringiensis, larval trapping and killing with poison bait and water for pouring and irrigating tobacco leaves.
Preferably, the method for controlling medlar pests in the step (7) comprises the following steps:
firstly, in late 3 months, pre-bud sealing is carried out by using a self-made 5-degree lime sulphur mixture or spraying 500-time clear liquid in an orchard by 29 percent, and imagoes, larvae and eggs of overwintering pests and germs such as root rot and the like can be killed;
② in 5 middle-month ten days, spraying 25% imidacloprid 1500 times or 20% acarid killing 2000 times to prevent and control aphids, psyllids, thrips, gall mites and rust mites;
③ 6 in mid-month, 1000 times of pyridaben is sprayed to prevent and control aphid, psyllid, thrips pests and gall rust mite;
fourthly, in the middle 7 th month, 800 times of liquid of 0.3 percent kushenin is used for preventing and controlling aphid and thrips pests;
spraying 150 times of sulfur suspending agent in the middle of 8 months to prevent gall mites and rust diseases, and when melanosis or blight occurs, using 400 times of kasugamycin to prevent and treat.
The invention has the beneficial effects that: according to the method, the medlar and the radices stellariae are intercropped, so that the reciprocal symbiosis of the medlar and the radices stellariae under the drought desert condition can be realized, the problems of single medlar planting benefit, low plant survival rate and the like are solved, the organic unification of ecological, economic and social benefits of desert control is achieved, the land utilization rate of a medlar land can be improved, the plant coverage is increased, sand prevention and fixation are realized, the planting area of the radices stellariae is increased, the planting benefit is improved, and therefore technical support is provided for the safe and efficient agricultural output in the drought desert area.
According to the method, medlar and Stellaria dichotoma are intercropped, the seeds are produced by about 10 Kg/mu in the 1 st year of Stellaria dichotoma, later 20-40 Kg/mu can be produced each year, the yield of the dried Stellaria dichotoma is 120-150 Kg/(mu.3 years), the yield of the dried medlar is 15 Kg/mu in the first year, 70 Kg/mu in the second year, and 100-120 Kg/mu in the 3 rd year.
Drawings
FIG. 1 is a schematic view of ecological planting of intercropping and interplanting of Lycium chinense and Stellaria dichotoma according to the present invention.
In the figure: 1-walking region, 2-medlar region, 3-starwort root region
Detailed Description
In order to make the technical scheme of the invention easier to understand, the technical scheme of the invention is clearly and completely described by adopting a mode of a specific embodiment in combination with the attached drawings.
Example 1:
the ecological planting method for intercropping of the medlar and the starwort root is characterized by comprising the following steps of:
(1) early preparation: selecting sandy loam or loam with sufficient sunlight, deep soil layer and good water drainage, after land leveling, dividing the whole land into Chinese wolfberry, blank, starwort root and blank planting areas in the east-west direction according to the widths of 80cm, 10cm, 200cm and 10cm, ditching the Chinese wolfberry planting areas before winter in the previous year, wherein the ditches are 80cm wide and 60cm deep, and digging out soil according to the depth of 10m3Applying organic fertilizer in an amount per mu, uniformly stirring, backfilling, and irrigating winter water;
(2) planting the medlar: when soil is thawed for more than 30cm from 3 late months to 4 early months in the next year, planting medlar seedlings in medlar planting furrows according to the plant spacing of 1m, immediately irrigating water after planting, loosening soil after surface soil is dry after irrigating water, and managing medlar in the same field as that of medlar;
(3) planting Stellaria dichotoma: planting the Chinese wolfberry field planted in the current year at the temperature of 17-25 ℃ from the last ten days of 4 months to the last ten days of 5 months, and planting the Chinese wolfberry field planted in the previous year in 9 months; mechanically deeply turning 20-22 cm before sowing in the dichotoma sinensis planting area, and finely raking to enable the surface layer of soil to reach 'upper deficiency and lower excess'; meanwhile, uniformly applying decomposed farmyard manure for 3-5 square/mu in combination with land preparation, mixing the stellaria yunnanensis seeds with a proper amount of fine sand, performing radices stellariae dichotomae drill planting in radices stellariae planting areas, keeping soil moist after planting, and growing seedlings after 7-10 days; thinning when the seedlings grow to 2 +/-0.5 cm after being aligned; when the height of the seedling is 4-5 cm, performing seedling setting and seedling supplementing according to the plant spacing of 20cm, weeding and loosening soil while performing seedling setting, and supplementing the seedling with soil at the root part;
sowing 6 rows of Bupleurum scorzonerifolium in an area with the depth of 3cm, the furrow distance of 30cm and the width of 2m, uniformly stirring the seeds with fine sand, uniformly scattering the seeds into the sowing furrows, covering soil for 0.5-1 cm, using the seed quantity for each mu of sowing to be 750-1000 g, and raking after sowing;
(4) weeding and loosening soil: weeding and loosening soil for the whole land when the height of the dichotoma sinensis seedlings is 10 +/-1 cm, and weeding and loosening soil again after 1 month;
(5) topdressing: at least one additional fertilizer treatment is carried out every 6-7 months, and at least one additional organic fertilizer treatment is carried out every 8-9 months;
(6) watering: watering in time in dry weather, and draining water through a drainage ditch in rainy season to prevent rotten roots;
(7) and (3) pest control: performing pest control treatment on soil at least twice every year, and controlling the diseases and pests of the medlar;
(8) harvesting of the medlar: fruiting begins in the current year after the medlar is fixedly planted, and medlar fruits are picked after fruiting;
(9) harvesting the starwort root: in the middle and late ten days of 9 months, when the overground part of the plant begins to wither, cutting the overground part, drying in the sun, removing seeds, and storing in a cool and dry place; digging roots in the last 9 th (before and after white dew) or the last 3 rd (4 th) 3 rd ten days after planting; and ditching, digging and digging are carried out in a forward way, and the integrity of the root of the medicinal material is kept. After the roots are dug up, the soil is shaken off, and the roots are straightened, bundled into small bundles and dried in the sun when being dried to be semi-dry and soft.
(10) Ploughing: ploughing the Bupleurum falcatum areas after harvesting, and planting again.
Example 2:
(1) early preparation: selecting sandy loam or loam with sufficient sunlight, deep soil layer and good water drainage, after land leveling, dividing the whole land into Chinese wolfberry, blank, starwort root and blank planting areas in the east-west direction according to the widths of 80cm, 10cm, 200cm and 10cm, ditching the Chinese wolfberry planting areas before winter in the previous year, wherein the ditches are 80cm wide and 60cm deep, and digging out soil according to the depth of 10m3Applying organic fertilizer in an amount per mu, uniformly stirring, backfilling, and irrigating winter water;
(2) planting the medlar: when soil is thawed for more than 30cm from 3 late months to 4 early months in the next year, planting medlar seedlings in medlar planting furrows according to the plant spacing of 1m, immediately irrigating water after planting, loosening soil after surface soil is dry after irrigating water, and managing medlar in the same field as that of medlar;
(3) planting Stellaria dichotoma: planting the Chinese wolfberry field planted in the current year at the temperature of 17-25 ℃ from the last ten days of 4 months to the last ten days of 5 months, and planting the Chinese wolfberry field planted in the previous year in 9 months; mechanically deeply turning 20-22 cm before sowing in the dichotoma sinensis planting area, and finely raking to enable the surface layer of soil to reach 'upper deficiency and lower excess'; meanwhile, uniformly applying decomposed farmyard manure 3-5 square/mu in combination with land preparation, mixing the starwort root seeds with a proper amount of fine sand, carrying out starwort root broadcast sowing planting in a starwort root planting area, keeping soil moist after sowing, and carrying out seedling emergence in 7-10 days; thinning when the seedlings grow to 2 +/-0.5 cm after being aligned; when the height of the seedling is 4-5 cm, performing seedling setting and seedling supplementing according to the plant spacing of 20cm, weeding and loosening soil while performing seedling setting, and supplementing the seedling with soil at the root part;
sowing is to uniformly stir seeds with fine sand in a 2m wide radix Stellariae area, uniformly scatter the seeds into the soil after rotary tillage, sow the seeds with the quantity of 1000-1500 g per mu, and rake after sowing;
(4) weeding and loosening soil: weeding and loosening soil for the whole land when the height of the dichotoma sinensis seedlings is 10 +/-1 cm, and weeding and loosening soil again after 1 month;
(5) topdressing: performing topdressing treatment at least once every 6-7 months, and topdressing diammonium phosphate or urea according to the proportion of 10-15 kg/mu; at least one additional organic fertilizer treatment is carried out every 8-9 months, wherein the organic fertilizer is 1-2 m3Applying the fertilizer per mu;
(6) watering: watering in time in dry weather, and draining water through a drainage ditch in rainy season to prevent rotten roots;
(7) and (3) pest control: performing pest control treatment on soil at least twice every year, and controlling the diseases and pests of the medlar;
the method for preventing and treating the Stellaria dichotoma insect pests comprises one or more methods of soil disinfection, biological control of Bacillus thuringiensis, trapping and killing larvae with poison bait and sprinkling and irrigating tobacco leaves in water;
the method for preventing and treating the medlar pests comprises the following steps:
firstly, in late 3 months, pre-bud sealing is carried out by using a self-made 5-degree lime sulphur mixture or spraying 500-time clear liquid in an orchard by 29 percent, and imagoes, larvae and eggs of overwintering pests and germs such as root rot and the like can be killed;
② in 5 middle-month ten days, spraying 25% imidacloprid 1500 times or 20% acarid killing 2000 times to prevent and control aphids, psyllids, thrips, gall mites and rust mites;
③ 6 in mid-month, 1000 times of pyridaben is sprayed to prevent and control aphid, psyllid, thrips pests and gall rust mite;
fourthly, in the middle 7 th month, 800 times of liquid of 0.3 percent kushenin is used for preventing and controlling aphid and thrips pests;
spraying 150 times of sulfur suspending agent in middle-aged 8 days to prevent gall mites and rust diseases, and when melanosis or blight occurs, using 400 times of kasugamycin to prevent and treat;
(8) harvesting of the medlar: fruiting begins in the current year after the medlar is fixedly planted, and medlar fruits are picked after fruiting;
(9) harvesting the starwort root: in the middle and late ten days of 9 months, when the overground part of the plant begins to wither, cutting the overground part, drying in the sun, removing seeds, and storing in a cool and dry place; digging roots in the last 9 th (before and after white dew) or the last 3 rd (4 th) 3 rd ten days after planting; ditching and digging are carried out smoothly, and the integrity of the root of the medicinal material is kept; after the roots are dug up, the soil is shaken off, and the roots are straightened, bundled into small bundles and dried in the sun when being dried to be semi-dry and soft.
(10) Ploughing: ploughing the Bupleurum falcatum areas after harvesting, and planting again.
It should be noted that the embodiments described herein are only some embodiments of the present invention, and not all implementations of the present invention, and the embodiments are only examples, which are only used to provide a more intuitive and clear understanding of the present invention, and are not intended to limit the technical solutions of the present invention. All other embodiments, as well as other simple substitutions and various changes to the technical solutions of the present invention, which can be made by those skilled in the art without inventive work, are within the scope of the present invention without departing from the spirit of the present invention.
Claims (6)
1. An ecological planting method for intercropping Chinese wolfberry and starwort root is characterized by comprising the following steps:
(1) early preparation: selecting sandy loam or loam with sufficient sunlight, deep soil layer and good water drainage, after land leveling, dividing the whole land into Chinese wolfberry, blank, starwort root and blank planting areas in the east-west direction according to the widths of 80cm, 10cm, 200cm and 10cm, ditching the Chinese wolfberry planting areas before winter in the previous year, wherein the ditches are 80cm wide and 60cm deep, and digging out soil according to the depth of 10m3Applying organic fertilizer in an amount per mu, uniformly stirring, backfilling, and irrigating winter water;
(2) planting the medlar: when soil is thawed for more than 30cm from 3 late months to 4 early months in the next year, planting medlar seedlings in medlar planting furrows according to the plant spacing of 1m, immediately irrigating water after planting, loosening soil after surface soil is dry after irrigating water, and managing medlar in the same field as that of medlar;
(3) planting Stellaria dichotoma: planting the Chinese wolfberry field planted in the current year at the temperature of 17-25 ℃ from the last ten days of 4 months to the last ten days of 5 months, and planting the Chinese wolfberry field planted in the previous year in 9 months; mechanically deeply turning 20-22 cm before sowing in the dichotoma planting area, and finely raking to enable the surface layer of soil to reach 'upper deficiency and lower excess'; meanwhile, uniformly applying decomposed farmyard manure 3-5 square/mu in combination with land preparation, mixing the starwort root seeds with a proper amount of fine sand, performing drilling or broadcast sowing planting on the starwort root in a starwort root planting area, keeping the soil moist after sowing, and growing seedlings within 7-10 days; thinning when the seedlings grow to 2 +/-0.5 cm after being aligned; when the height of the seedling is 4-5 cm, performing seedling setting and seedling supplementing according to the plant spacing of 20cm, weeding and loosening soil while performing seedling setting, and supplementing the seedling with soil at the root part;
(4) weeding and loosening soil: weeding and loosening soil for the whole land when the height of the dichotoma sinensis seedlings is 10 +/-1 cm, and weeding and loosening soil again after 1 month;
(5) topdressing: at least one additional fertilizer treatment is carried out every 6-7 months, and at least one additional organic fertilizer treatment is carried out every 8-9 months;
(6) watering: watering in time in dry weather, and draining water through a drainage ditch in rainy season to prevent rotten roots;
(7) and (3) pest control: performing pest control treatment on soil at least twice every year, and controlling the diseases and pests of the medlar;
(8) harvesting of the medlar: fruiting begins in the current year after the medlar is fixedly planted, and medlar fruits are picked after fruiting;
(9) harvesting the starwort root: in the middle and late ten days of 9 months, when the overground part of the plant begins to wither, cutting the overground part, drying in the sun, removing seeds, and storing in a cool and dry place; digging roots in the last 9 th or last 3 rd 3 th month after planting; ditching and digging are carried out smoothly, and the integrity of the root of the medicinal material is kept; after the roots are dug up, soil is shaken off, and the roots are straightened, bundled into small bundles and dried in the sun when being dried to be semi-dry and soft;
(10) ploughing: ploughing the Bupleurum falcatum areas after harvesting, and planting again.
2. The ecological planting method for intercropping of medlar and Stellaria dichotoma as claimed in claim 1, wherein 6 rows of Stellaria dichotoma with a depth of 3cm, a furrow distance of 30cm and a width of 2m are planted in the area of the trench of step (3), fine sand is used for uniformly stirring the seeds, the seeds are uniformly scattered in the trench of the drill, 0.5-1 cm of soil is covered, the seed quantity for each mu of the drill is 750-1000 g, and the seeds are raked after the drill.
3. The ecological planting method for intercropping medlar and starwort root according to claim 1, wherein in the step (3), seeds are sowed in a 2m wide area of the starwort root and are uniformly mixed by fine sand, the seeds are uniformly sowed on the soil after rotary tillage, the seed quantity per mu is 1000-1500 g, and the farm tools are raked after sowing.
4. The ecological planting method for intercropping and interplanting of medlar and starwort root as claimed in claim 1, wherein the step (5) is at least one additional fertilizer treatment in 6 to 7 months per year, and diammonium phosphate or urea is additionally applied according to 10 to 15 kg/mu; at least one additional organic fertilizer treatment is carried out every 8-9 months, wherein the organic fertilizer is 1-2 m3Applied in a quantity per mu.
5. The ecological planting method for intercropping of medlar and starwort root as claimed in claim 1, wherein the method for controlling the insect damage of the starwort root in the step (7) is one or more of soil disinfection, biological control of bacillus thuringiensis, larval trapping and killing of poison bait and water irrigation of tobacco leaves.
6. The ecological planting method for intercropping and interplanting of medlar and starwort root as claimed in claim 1, wherein the method for controlling the insect pest of medlar in the step (7) is as follows:
firstly, in late 3 months, pre-bud sealing is carried out by using a self-made 5-degree lime sulphur mixture or spraying 500-time clear liquid in an orchard by 29 percent, and imagoes, larvae and eggs of overwintering pests and germs such as root rot and the like can be killed;
② in 5 middle-month ten days, spraying 25% imidacloprid 1500 times or 20% acarid killing 2000 times to prevent and control aphids, psyllids, thrips, gall mites and rust mites;
③ 6 in mid-month, 1000 times of pyridaben is sprayed to prevent and control aphid, psyllid, thrips pests and gall rust mite;
fourthly, in the middle 7 th month, 800 times of liquid of 0.3 percent kushenin is used for preventing and controlling aphid and thrips pests;
spraying 150 times of sulfur suspending agent in the middle of 8 months to prevent gall mites and rust diseases, and when melanosis or blight occurs, using 400 times of kasugamycin to prevent and treat.
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Cited By (2)
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| CN113016523A (en) * | 2021-04-02 | 2021-06-25 | 汉中市农业科学研究所（陕西省水稻研究所） | Ecological planting method for intercropping and interplanting of radix bupleuri and corn |
| CN115362888A (en) * | 2022-09-14 | 2022-11-22 | 宁夏农林科学院枸杞科学研究所 | Planting method for intercropping Chinese daylily with medlar |
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| CN113016523A (en) * | 2021-04-02 | 2021-06-25 | 汉中市农业科学研究所（陕西省水稻研究所） | Ecological planting method for intercropping and interplanting of radix bupleuri and corn |
| CN115362888A (en) * | 2022-09-14 | 2022-11-22 | 宁夏农林科学院枸杞科学研究所 | Planting method for intercropping Chinese daylily with medlar |
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| CN112385500B (en) | 2022-03-18 |
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