CN102301885A - Method for planting Aegiceras corniculatum in fresh water basin - Google Patents
Method for planting Aegiceras corniculatum in fresh water basin Download PDFInfo
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Abstract
The invention discloses a method for planting Aegiceras corniculatum in a fresh water basin, aiming to provide a method for planting Aegiceras corniculatum in the fresh water basin which has a simple planting method and has the survival rate of the Aegiceras corniculatum of more than 99.00%. The technical essentials comprise the following steps of: (1) utilizing Aegiceras corniculatum of one year old and planting the Aegiceras corniculatum into a flower pot filled with matrix, wherein one individual plant is planted into each flower pot and the matrix is composed of soil, river sand and sawdust in the volume ratio of (1-2) to (0-1) to (0.5-1); (2) irrigating fresh water to cultivate and planting in a shade place for 7-10 days; (3) cultivating the planted Aegiceras corniculatum under the conditions that the illumination intensity is 1000-7500 Lux, the temperature is in a range of 25-35 DEG C, the humidity is 50-98% and the water content of the matrix is 55-98%; and (4) applying compound fertilizer solution with the concentration of 0.8% for one time every 60 days and spraying medicine to kill insects and prevent diseases for one time every three months to guarantee the normal growth of plants. The method provided by the invention belongs to the technical field of planting.
Description
Technical field
The present invention relates to the method for the potted plant Aegiceras corniculatum of a kind of fresh water, belong to the planting technique field.
Background technology
Aegiceras corniculatum (Aegiceras Corniculatum) is that Myrsinacea (Myrsinaceae) candle really belongs to the shrub or the dungarunga of (Aegiceras Gaertn) as a kind of important mangrove, is common mangrove forest seeds, and bark is level and smooth, and is reddish brown to grey black; The leaf alternate, keratin has the salt system of secreting, and petiole has redness, and blade tip has indentation; Inflorescence becomes umbrella, and give birth on the top or armpit is given birth to, spend tiny, white, both sexes, 5 radixes are between the florescence spring and summer; The fruit phase 5-9 month, fruit (plumular axis) is elongated, and is latent viviparous, and bottle-green part is embryo (accounts for fruit 90%) in the fruit, is about 3-6cm, cylindricality and bend, and the top point is and angles shape, comes off naturally during maturation; Well developed root system has prop root and knee root.The mangrove forest seeds that Aegiceras corniculatum belongs to is more low temperature resistant, blazon, adaptability is strong, can form singly to plant group or as the lower floor shrub of other mangrove forest, be suitable for river mouth beach plantation, is distributed in Guangdong, Guangxi, Fujian and the South China Sea Islands.At present the research of mangrove Aegiceras corniculatum only is confined to have on the seawater beach in tidal period and carries out, its fresh water method for potted does not appear in the newspapers.Aegiceras corniculatum has higher survival rate on fresh water acclimatization, showing has stronger adaptability to fresh water environment, and Aegiceras corniculatum can be used as potted ornamental plant.The mangrove plant Aegiceras corniculatum is carried out the fresh water potted plant growth of different substrates, have important theoretical and realistic meaning.
Summary of the invention
To the problems referred to above, it is simple that the present invention discloses a kind of method for planting, and the tung oil tree survival rate reaches the method for the potted plant Aegiceras corniculatum of fresh water more than 99.00%.
Technical scheme of the present invention is such: the method for the potted plant Aegiceras corniculatum of a kind of fresh water, it is characterized in that, and comprise the steps: successively
(1) adopts the mangrove Aegiceras corniculatum of 1 year age of tree growing way basically identical, no damage by disease and insect, be planted in the flowerpot that matrix is housed every basin 1 strain;
Described matrix is to be made up of at 1～2: 0～1: 0.5～1 by volume soil, river sand and wood sawdust;
(2) water in the fresh water cultivation, place 7～10d field planting in the cool;
(3) again the Aegiceras corniculatum after the field planting is cultivated for 55～98% times at intensity of illumination 1000～7500Lux, 25～35 ℃ of temperature, humidity 50～98%, water content of substrate;
(4) Aegiceras corniculatum after the cultivation, it is 0.8% compound solution 1 time that every 60d executes concentration to matrix, carries out the insecticide spraying diseases prevention 1 time in per 3 months, to guarantee the plant normal growth.
The method of the above-mentioned potted plant Aegiceras corniculatum of a kind of fresh water, described water content of substrate 55～98%, matrix is to be made up of at 1～2: 0～1: 0.5 by volume soil, river sand and wood sawdust.
The method of the above-mentioned potted plant Aegiceras corniculatum of a kind of fresh water, described water content of substrate 55～98%, matrix is to be made up of at 1～2: 0～1: 1 by volume soil, river sand and wood sawdust.
The method of the above-mentioned potted plant Aegiceras corniculatum of a kind of fresh water, the high 30cm of described flowerpot, basin mouth diameter 35.50cm, base diameter 32.00cm, the bottom has the hole that diameter is 2～8cm.。
The method of the above-mentioned potted plant Aegiceras corniculatum of a kind of fresh water, the matrix of the described Aegiceras corniculatum of planting of step 1) adopt 800 times of carbendazim soups to its disinfection.
The method of the above-mentioned potted plant Aegiceras corniculatum of a kind of fresh water also contains mass ratio 0.8%～1.2% phosphorus potash fertilizer in the described matrix of step 1).
The method of the above-mentioned potted plant Aegiceras corniculatum of a kind of fresh water, the described cultivation of step 3) be place the potted plant Aegiceras corniculatum after the field planting on the corridor of intensity of illumination 1000～7500Lux, 25～35 ℃ of temperature, humidity 50～98% or full sun natural place cultivate.
The potted plant Aegiceras corniculatum of fresh water disclosed by the invention has following advantage:
1, the Aegiceras corniculatum survival rate reaches more than 99.00%;
2, potted plant growth is simple to operate, need not divide seedling when potted plant, does not hinder root during field planting, so the slow seedling of slow Miao Kuaihuo helps growing after the Aegiceras corniculatum field planting;
3, be suitable for cultivating above the average age for marriage strong sprout, with plant potted plant evening several days little to the influence of transplanting seedling time and survival rate, help cultivating above the average age for marriage strong sprout and alleviate the contradiction that farming season is urgent, the labour is nervous;
4, the potted plant daily management of fresh water is easy, can potted plant cultivation grow consistent strong sprout;
5, the potted plant Aegiceras corniculatum of fresh water grows well, can normally bloom and the result;
6, economic benefit is high, and is with low cost because of host material is easy to get, and the plantlet of transplant field planting is prone to become to live, growth is fast, is beneficial to and carries out the exploitation of fresh water pot culture technology, can be used as potted ornamental plant, has good social benefit, economic benefit and ecological benefits.
Description of drawings
Fig. 1 different substrates is to the influence of Aegiceras corniculatum branch amount;
Fig. 2 different substrates is to the influence of Aegiceras corniculatum survival rate;
Fig. 3 different substrates is to the influence of Aegiceras corniculatum leaf soluble;
Fig. 4 different substrates is to the influence of Aegiceras corniculatum blade nitrate reductase activity.
Embodiment
Below in conjunction with embodiment, the present invention is done further description, but it is not represented as unique embodiment of the present invention.
1 materials and methods
1.1 choosing and prepare of material
1.1.1 the collection of matrix and handle soil and river sand: pick up from pond sludge or vegetable garden ground and korneforos respectively, be placed under the sunlight after the collection and dry naturally, pulverize and removes stone and other impurity.Wood sawdust is from the timber mill.
1.1.2 the preparation of matrix mixes in proportion pond sludge or vegetable garden soil, river sand, wood sawdust, and sprays the disinfection of 800 times of carbendazim soups, per 100 kilograms of matrix add 1 kilogram of phosphorus potash fertilizer and mix and be made into matrix, see table 1.
The kind and the formation thereof of table 1 Aegiceras corniculatum matrix
* the ratio of each component of matrix is a volume ratio
1.2 potted plant growth and cultivation
1.2.1 potted plant growth
Implantation time: spring, summer, autumn, winter all can plant throughout the year.
Plant method for planting: earlier above-mentioned matrix is put into the basin bed mud, at basin bed mud middle position plantation Aegiceras corniculatum seedling, its root system is launched again; Evenly add matrix then; Last matrix is densified to basal part of stem slightly, and sapling will be planted direct join and be positioned at the central authorities of basin, carries out the insecticide spraying diseases prevention after kind is good; Irrigate matrix with running water at last, place 7～10d field planting in the cool.
1.2.2 potted plant cultivation
Potted plant Aegiceras corniculatum after the field planting is placed on the corridor of intensity of illumination 1000～7500Lux, 25～35 ℃ of temperature, humidity 50～98% or full sun natural place cultivate.Whenever water fresh water 1 time at a distance from a couple of days at fine day,, make water content of substrate reach 55～98%, allow Aegiceras corniculatum have the moisture of abundance to carry out potted plant growth to replenish the moisture that evaporation is scattered and disappeared.Every 60d (my god) soil matrix is executed concentration is 0.8% compound solution (nitrogen, phosphorus, potassium available nutrient content >=45%) 1 time, carries out the insecticide spraying diseases prevention 1 time in per 3 months, to guarantee the plant normal growth.The potted plant Aegiceras corniculatum of fresh water grows well, can normally bloom and the result.
1.3 index determining method
1.3.1 the mensuration of growth indexes
(0d) and the potted plant every 60d in back measure stem height, stem footpath, branch amount, the number of blade and the leaf area of matrix A, B, each 20 strain Aegiceras corniculatum of C before potted plant, and the mensuration of leaf area adopts the pattern weight method.
Each 20 strain Aegiceras corniculatum of picked at random matrix A, B, C are measured the index of growing of root respectively when 360d: main root is long, main root diameter and radical are counted diameter more than 0.06cm.
Every 30d periodic logging Aegiceras corniculatum survival strain number and death toll and dead symptom etc., and calculate survival rate.
Bloom and result's statistics each 20 strain Aegiceras corniculatum of mid-March and early August picked at random matrix A, B, C respectively.
1.3.2 the mensuration of physical signs
Photosynthetic index be determined on July 5th～7,2009, every day, 9:00～11:00 was fine, adopted Li-6400 photosynthesis measurement appearance to measure the Net Photosynthetic Rate of Aegiceras corniculatum blade.Choose the blade that is used to measure and require position, size, color, upgrowth situation etc. same or similar, measure the 4th moderate joint blade of maturity from top to bottom, every kind of potted plant different plants of matrix repeats for 3 times.
The mensuration of chlorophyll a, b and total amount: every 60d adopts UV-2800 type ultraviolet-uisible spectrophotometer respectively at the absorbance value of 663nm with 645nm place mensuration chloroplast pigment extract (need dilute when concentration is big).
The mensuration of soluble sugar content: adopt the anthrone colorimetric method.
The mensuration of nitrate reductase activity: adopt the sulfanilamide (SN) colorimetric method.
1.4 data statistic analysis
Adopt SPSS13.0 software analysis data, analyze otherness carrying out single-factor analysis therapy between group.
2 results and analysis
2.1 Aegiceras corniculatum fresh water is measured its stem height, stem footpath, the number of blade and leaf area after potted plant 1 year, the result sees table 1.Though Aegiceras corniculatum its stem height, stem footpath and leaf area in different substrates is potted plant all do not have significant difference, and be all bigger with the height of the stem in matrix B, matrix A, stem footpath and leaf area.Stem is high, stem footpath annual increment size is arranged as: matrix B＞matrix A＞matrix C, the leaf area size is arranged as: matrix B＞matrix A＞matrix C.The average blade number average of the plant that in matrix B, matrix A, grows is significantly more than matrix C, and its every strain number of blade mean value increases 28.70%, 19.28% than matrix C respectively.
Table 1 different substrates is to the influence of Aegiceras corniculatum stem height, stem footpath, the number of blade and leaf area
* data are represented with the mean+SD mode in showing, and there is the significant difference on 0.05 level in the different letter representations in every column of figure back between handling, down together.
2.2 be grown in the Aegiceras corniculatum among matrix B, the A, have more branch amount, respectively than in matrix C, significantly increasing 45.68% and 24.43%, and the Aegiceras corniculatum branch amount differences among the matrix B, A is not remarkable, sees Fig. 1.
2.3 Aegiceras corniculatum fresh water is measured its radical after potted plant 1 year, main root is long and the main root diameter, the result sees table 2.Can know from table 2: among matrix B, grow Aegiceras corniculatum, have maximum radicals, respectively than in matrix A, C, significantly increasing 19.95% and 24.63%, and the Aegiceras corniculatum radical differences among the matrix A, C is not remarkable.Though it is Aegiceras corniculatum main root in different substrates is long and the main root diameter does not have significant difference, thicker with long length of the main root in matrix A and main root diameter.
Table 2 different substrates is to the influence (360d) of Aegiceras corniculatum radical, main root length and main root diameter
2.4 Aegiceras corniculatum fresh water after potted plant 1 year its survival rate see Fig. 2; Can know from Fig. 2: the Aegiceras corniculatum survival rate of among matrix A, B, C, growing is respectively 99.50%, 100.00%, 99.00%; Grow among its mesostroma B the Aegiceras corniculatum survival rate be up to 100.00%; It is thus clear that the potted plant Aegiceras corniculatum survival rate of fresh water can reach more than 99.00%.
2.5 in different substrates is potted plant the growth Aegiceras corniculatum its bloom with the result see table 3; Can know from table 3: be grown in the Aegiceras corniculatum matrix A, the B; Has more umbel number; Respectively than in matrix C, significantly increasing 36.03% and 50.56%, and that the Aegiceras corniculatum umbel among the matrix A, B is counted differences is not remarkable; Be grown in the Aegiceras corniculatum among matrix A, the B, have more mellow fruit real number yet, respectively than in matrix C, significantly increasing 34.42% and 54.16%, and the Aegiceras corniculatum mellow fruit real number differences among the matrix A, B is not remarkable.
Table 3 different substrates is to the Aegiceras corniculatum influence with the result of blooming
2.6 the Aegiceras corniculatum of growth in different substrates is potted plant, its blade Net Photosynthetic Rate and chlorophyll content are seen table 4.Can know from table 4: be grown in the Aegiceras corniculatum matrix A, the B, its blade has higher Net Photosynthetic Rate, respectively than in matrix C remarkable high 8.90% and 14.79%, and the Aegiceras corniculatum blade Net Photosynthetic Rate differences among the matrix A, B is not remarkable; Be grown in the Aegiceras corniculatum among matrix A, the B, its blade also has higher chlorophyll content, and respectively than in matrix C, significantly increasing 22.68% and 39.18%, and the Aegiceras corniculatum chlorophyll content in leaf blades differences among the matrix A, B is not remarkable.
Table 4 different substrates is to the influence of Aegiceras corniculatum blade Net Photosynthetic Rate and chlorophyll content
2.7 the Aegiceras corniculatum of growth in different substrates is potted plant, its leaf soluble is seen Fig. 3.Can know from Fig. 3: among matrix B, grow Aegiceras corniculatum, its leaf soluble is the highest, respectively than in matrix A, C, significantly improving 9.34% and 20.44%; And also there is significant difference in the Aegiceras corniculatum leaf soluble among the matrix A, C.The soluble sugar content of matrix A significantly improves 10.16% than matrix C's.
2.8 the Aegiceras corniculatum of growth in different substrates is potted plant, its blade nitrate reductase activity is seen Fig. 4.Can know from Fig. 4: be grown in the Aegiceras corniculatum matrix A, the B, its blade has higher nitrate reductase activity, respectively than in matrix C remarkable high 7.03% and 9.87%, and the Aegiceras corniculatum blade nitrate reductase activity differences among the matrix A, B is not remarkable.
3 conclusions
The result shows: in A, B, three kinds of matrix of C, B is suitable for potted plant Aegiceras corniculatum most, and A omits than C.Aegiceras corniculatum branch amount, blade quantity that matrix B, A cultivated are maximum; Stem height, stem footpath and leaf area are all bigger; Root system is the most flourishing, blooms with quantity is more as a result, and blade has higher Net Photosynthetic Rate, chlorophyll content, soluble sugar content and nitrate reductase activity.It is all significantly greater than matrix C's.Branch amount, the number of blade, radical, mellow fruit real number are successively respectively than in matrix C, significantly increasing 45.68%, 24.43%, 28.70%, 19.28%, 24.63%, 3.90%, 54.16%, 34.42%.The Aegiceras corniculatum of matrix A, B cultivation, aggregate performance is a plant height, stem is thick, branch is many, blade is many and well developed root system, the suitable fresh water potted plant growth that is applied to.
Adopt the mangrove Aegiceras corniculatum of 1 year age of tree growing way basically identical, no damage by disease and insect, being planted in high 30cm, basin mouth diameter 35.50cm, base diameter 32.00cm, bottom, diameter is arranged is in the flowerpot of 3cm aperture, every basin 1 strain.Water in fresh water; Intensity of illumination 1000～2500Lux, 25～35 ℃ of temperature, humidity 60%, water content of substrate 55～98% times; On the corridor, cultivate, it is 0.8% compound solution 1 time that every 60d executes concentration to matrix, carries out the insecticide spraying diseases prevention 1 time in per 3 months.Wherein, described matrix is to be 2: 1: 1 by soil, river sand and wood sawdust volume ratio, and contains mass percent 1% phosphorus potash fertilizer.The potted plant Aegiceras corniculatum of fresh water grows well, can normally bloom and the result.
Adopt the mangrove Aegiceras corniculatum of 1 year age of tree growing way basically identical, no damage by disease and insect, being planted in high 30cm, basin mouth diameter 35.50cm, base diameter 32.00cm, bottom, diameter is arranged is in the flowerpot of 8cm aperture, every basin 1 strain.Water in fresh water; Intensity of illumination 3000～7500Lux, 25～35 ℃ of temperature, humidity 50～98%, water content of substrate 55～98% times; In natural place cultivation full sun, it is 0.8% compound solution 1 time that every 60d executes concentration to matrix, carries out the insecticide spraying diseases prevention 1 time in per 3 months.Wherein, described matrix is to be 1: 1: 0.5 by soil, river sand and wood sawdust volume ratio, and contains mass percent 0.9% phosphorus potash fertilizer.The potted plant Aegiceras corniculatum of fresh water grows well, can normally bloom and the result.
Embodiment 3
Adopt the mangrove Aegiceras corniculatum of 1 year age of tree growing way basically identical, no damage by disease and insect, being planted in high 30cm, basin mouth diameter 35.50cm, base diameter 32.00cm, bottom, diameter is arranged is in the flowerpot of 6cm aperture, every basin 1 strain.Water in fresh water; About intensity of illumination 4500Lux, 30 ℃ of temperature, humidity 70%, water content of substrate 55～98% times; In natural place cultivation full sun, it is 0.8% compound solution 1 time that every 60d executes concentration to matrix, carries out the insecticide spraying diseases prevention 1 time in per 3 months.Wherein, described matrix is to be 2: 1 by soil, river sand and wood sawdust volume ratio, and contains mass percent 1% phosphorus potash fertilizer.The potted plant Aegiceras corniculatum of fresh water grows well, can normally bloom and the result.
Embodiment 4
Adopt the mangrove Aegiceras corniculatum of 1 year age of tree growing way basically identical, no damage by disease and insect, being planted in high 30cm, basin mouth diameter 35.50cm, base diameter 32.00cm, bottom, diameter is arranged is in the flowerpot of 5cm aperture, every basin 1 strain.Water in fresh water; About intensity of illumination 5500Lux, 30～35 ℃ of temperature, humidity 80%, water content of substrate 85～98% times; In natural place cultivation full sun, it is 0.8% compound solution 1 time that every 60d executes concentration to matrix, carries out the insecticide spraying diseases prevention 1 time in per 3 months.Wherein, described matrix is to be 1: 1: 0.5 by soil, river sand and wood sawdust volume ratio, and contains mass percent 1.2% phosphorus potash fertilizer.The potted plant Aegiceras corniculatum of fresh water grows well, can normally bloom and the result.
Adopt the mangrove Aegiceras corniculatum of 1 year age of tree growing way basically identical, no damage by disease and insect, being planted in high 30cm, basin mouth diameter 35.50cm, base diameter 32.00cm, bottom, diameter is arranged is in the flowerpot of 4cm aperture, every basin 1 strain.Water in fresh water; About intensity of illumination 6500Lux, 30 ℃ of temperature, humidity 70%, water content of substrate 55～80% times; In natural place cultivation full sun, it is 0.8% compound solution 1 time that every 60d executes concentration to matrix, carries out the insecticide spraying diseases prevention 1 time in per 3 months.Wherein, described matrix is to be 1.5: 1: 0.5 by soil, river sand and wood sawdust volume ratio, and contains mass percent 1.1% phosphorus potash fertilizer.The potted plant Aegiceras corniculatum of fresh water grows well, can normally bloom and the result.
Claims (7)
1. the method for the potted plant Aegiceras corniculatum of fresh water is characterized in that, comprises the steps: successively
(1) adopts the Aegiceras corniculatum of 1 year age of tree growing way basically identical, no damage by disease and insect, be planted in the flowerpot that matrix is housed every basin 1 strain;
Described matrix is to be made up of at 1～2: 0～1: 0.5～1 by volume soil, river sand and wood sawdust;
(2) water in the fresh water cultivation, place 7～10d field planting in the cool;
(3) again the Aegiceras corniculatum after the field planting is cultivated under the condition of intensity of illumination 1000～7500Lux, 25～35 ℃ of temperature, humidity 50～98%, water content of substrate 55～98%;
(4) Aegiceras corniculatum after the cultivation, it is 0.8% compound solution 1 time that every 60d executes concentration to matrix, the insecticide spraying diseases prevention was 1 time in per 3 months, to guarantee the Aegiceras corniculatum normal growth.
2. the method for the potted plant Aegiceras corniculatum of a kind of fresh water according to claim 1 is characterized in that, described matrix is to be made up of at 1～2: 0～1: 0.5 by volume soil, river sand and wood sawdust.
3. according to the method for claim 1 or 2 any potted plant Aegiceras corniculatums of described a kind of fresh water, it is characterized in that described matrix is to be made up of at 1～2: 0～1: 1 by volume soil, river sand and wood sawdust.
4. the method for the potted plant Aegiceras corniculatum of a kind of fresh water according to claim 1 is characterized in that, the high 30cm of described flowerpot, basin mouth diameter 35.50cm, base diameter 32.00cm, and the bottom has the hole that diameter is 2～8cm.
5. the method for the potted plant Aegiceras corniculatum of a kind of fresh water according to claim 1 is characterized in that, the matrix of the described Aegiceras corniculatum of planting of step 1) adopts 800 times of carbendazim soups to its disinfection.
6. the method for the potted plant Aegiceras corniculatum of a kind of fresh water according to claim 1 is characterized in that, also contains mass ratio 0.8%～1.2% phosphorus potash fertilizer in the described matrix of step 1).
7. the method for the potted plant Aegiceras corniculatum of a kind of fresh water according to claim 1; It is characterized in that, the described cultivation of step 3) be place the potted plant Aegiceras corniculatum after the field planting on the corridor of intensity of illumination 1000～7500Lux, 25～35 ℃ of temperature, humidity 50～98% or full sun natural place cultivate.
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104350993A (en) * | 2014-09-27 | 2015-02-18 | 浙江省海洋水产养殖研究所 | Method for improving cold resistance of kandelia obovata |
| CN107646475A (en) * | 2017-10-19 | 2018-02-02 | 界首市金玖江农业发展有限公司 | A kind of potted plant implantation methods of Aegiceras corniculatum |
| CN108690631A (en) * | 2018-06-29 | 2018-10-23 | 承德人和矿业有限责任公司 | A kind of saline-alkali land soil conditioner |
| CN111406570A (en) * | 2020-05-09 | 2020-07-14 | 佛山市林业科学研究所 | Freshwater breeding method of mangrove plants |
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2011
- 2011-07-15 CN CN 201110199727 patent/CN102301885A/en active Pending
Non-Patent Citations (1)
| Title |
|---|
| 《生态学杂志》 20110430 刁俊明等 盆栽桐花树对不同遮光度的生理生态响应 第657页 1-7 第30卷, 第4期 * |
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104350993A (en) * | 2014-09-27 | 2015-02-18 | 浙江省海洋水产养殖研究所 | Method for improving cold resistance of kandelia obovata |
| CN105409703A (en) * | 2014-09-27 | 2016-03-23 | 浙江省海洋水产养殖研究所 | Method for enhancing cold resistance of Kandelia obovata |
| CN105613112A (en) * | 2014-09-27 | 2016-06-01 | 浙江省海洋水产养殖研究所 | Method for improving cold resistance of Kandelia candel |
| CN105409703B (en) * | 2014-09-27 | 2017-11-24 | 浙江省海洋水产养殖研究所 | A kind of method for strengthening autumn eggplant cold resistance |
| CN105613112B (en) * | 2014-09-27 | 2018-02-27 | 浙江省海洋水产养殖研究所 | The method for improving Kandelia candel mangrove cold tolerance |
| CN107646475A (en) * | 2017-10-19 | 2018-02-02 | 界首市金玖江农业发展有限公司 | A kind of potted plant implantation methods of Aegiceras corniculatum |
| CN108690631A (en) * | 2018-06-29 | 2018-10-23 | 承德人和矿业有限责任公司 | A kind of saline-alkali land soil conditioner |
| CN111406570A (en) * | 2020-05-09 | 2020-07-14 | 佛山市林业科学研究所 | Freshwater breeding method of mangrove plants |
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