The name "three yellow chickens" was given by zhu yuanzhang. In the national ministry of agriculture's authoritative book, "Chinese poultry Chronicles", the first, the chicken is a family of natural grazing. Its meat is tender, delicious, rich in nutrition and enjoys a high reputation both at home and abroad. It has the characteristics of small size, "three yellow" (feather yellow, claw yellow, beaked yellow), strong survival ability, high egg production and tender meat quality.
Body feathers with yellow, neck feather are golden rooster, main wing feathers red with black, black tail feathers, hen the main wing half yellow and black, black tail feathers, hackle inclusions mottled black and gray plumage. The beak is yellow, single crown, high crown, 5 ~ 7 crown teeth. The crown and flesh are bright red, the eyelids are thin, the rainbow color is orange, the ear color is yellowish. The shin and PAWS are yellow and no feathers. Compact, well-proportioned, small and delicate, with a straight back, and a tight, rounded tail, like "yuanbao". The head is of moderate size.
Chicken is compared with mutton and beef, with high protein content and low fat content. In addition, chicken protein is rich in essential amino acids, which are very similar to the amino acid spectrum in egg milk, so it is a source of high quality protein. The protein content of the chicken is different according to the location, the skin and the skin without the skin. The order of the chicken is roughly the skin of the chicken, breast and thigh meat. Chicken skin has a lot of lipids, so you can't think of chicken with skin as a low-calorie food.
Chicken is also A good source of phosphorus, iron, copper and zinc, and is rich in vitamin B12, vitamin B6, vitamin A, vitamin D, and vitamin K.
Chicken and beef, lamb, lipid, contains more unsaturated fatty acid, linoleic acid and linolenic acid, can reduce the body of the possible adverse health effects of low density lipoprotein cholesterol.
The edible effect of three yellow cock
Chicken has a high digestibility and is easily absorbed by the body. It has the effect of enhancing physical strength and strengthening the body.
Modern society is busy everyday, often in sub-healthy white collar better eat a few more, to enhance immunity, reduce the disease probability. Chicken with temperature in the qi, tonify deficiency repair essence filling pulp, benefit and loss of function, used in the treatment of consumptive emaciated, virtual food less, diarrhea dizziness, palpitation, irregular periods, less postpartum milk, diabetes, edema, and other symptoms.
Can alleviate the symptom such as frequent urination, deafness, and lack of precision due to insufficiency of kidney.
It has anti - oxidation and certain detoxification. It has a good effect on improving the function of the mind and promoting the development of children's intelligence.
Taboo on the consumption of three yellow chickens
People with cold fever, excessive internal fire, severe phlegm, obesity, people with swelling of the fever, high blood pressure, high blood lipids, cholecystitis and cholelithiasis.
Chicken sexual temperature, help fire, liver Yang and oral erosion, skin swelling, stool is not suitable for food.
The patient of arteriosclerosis, coronary heart disease and high blood fat do not drink chicken soup.
Cold with headache, lack of energy, hot people avoid chicken, chicken soup.
Do not eat when taking iron preparation.
The abundant protein can aggravate the kidney burden, so people with kidney disease should eat as little as possible, especially the uremia patient, should fast. Sanhuang Chicken,Halal Sanhuang Chicken,Fresh Frozen Chicken,Frozen Whole Chicken GUYUAN XINYUE FOOD CO.,LTD. , http://www.xyamin.com
Extract of fertiliser synergist application test report
â–²Guangdong Tea Research Institute, in order to improve the autumn and winter yield and quality of oolong tea, adopted the spraying of chlorophyllin (treatment 1), applied organic compound fertilizer, and applied a fertilizer booster (treatment 2) every half month. Compare for comparison. Results The bud head density, Baidu weight and yield of Huangzhixiang (Treatment 1) were 30.4%, 5.61% and 33.33% higher than those of the control, respectively, and the treatments 2 were 14.02%, 1.87% and 19.05% higher than the control, respectively. 1 was 39.34%, 22%, and 25% higher than the control, respectively, and treatment 2 was 27.05%, 16%, and 14.3% higher than the control, respectively. Secondly, the two varieties had higher levels of water extracts, tea polyphenols, amino acids, and caffeine, which were used to improve the quality of tea. These were higher than the control, indicating that the “Jin Ku Zi†fertilizer series could improve the quality of tea. The results of quality assessment of tea using sensory review method and weighted score method were as follows: Huang Zhixiang's treatment 1 had 95.8 points, which was 9.5 points more than the control's 84.3 points; the treatment 2 had 91.6 points and 7.3 points more than the control. Miranda handled a score of 93.4 points, which was 12.0 points more than the control 81.4. Processing 2 had 90.6 points and 9.2 points more than the control. â–² Huanongda Plant Virus Research Laboratory conducted the prevention and treatment trials of the TMV virus against Lvbao No. 2 (ie, fertilizer synergist). The results showed that the use of fertilizer synergist 1:50 prophylactic gosling, anti-TMV, the effect was 35.1% Although it is not ideal, it is possible to increase the effectiveness of control if further tests such as application time and concentration are continued. With the 1:50-fold fertiliser synergist, the tobacco plants exhibiting symptoms of TMV have been given no treatment. â–² Huanongda Plant Virus Research Laboratory Based on the previous experiments, the following three groups of trials were further conducted with TMV inoculation for the test crop tomato. (a) First use the fertilizer synergist to rinse the roots once, and then rinse the roots several times after inoculation with TMV. From the experiment, the drench fertilizer booster was inoculated 1 day later and then lyophilized once every 6 days. Among them, the prevention effect of 6 times of showering was better than the others, and on the 21st day after inoculation, the control effect was nearly 43%. (B) First of all, we re-inoculated with roots and inoculated several times. From the test, we learned that the 7-day and 14-day post-inoculation control efficacy of 7 times of soaking roots (leaves once every 5 days) was 49%. Root 1, 3, 5 times the effect is good. (3) Mixing TMV with fertilizer synergist (1:1) to inoculate tomatoes and then grouting the roots. From the test, it is known that after 4 times of lyophilization after mixed inoculation (every 4 to 5 days), the disease-resistance effect is better. good. After 21 days of inoculation, the control effect was 41.2%, but the control effect was reduced by 30.0% 28 days after inoculation. (D) Summary, from the above (a), (b), (c) group test results show that the current fertiliser synergist TMV control efficacy of about 50.0% (stabilized in 40.0%). If you want to improve control efficiency, you still need to work on formulas (compositions, ratio types, etc.). â–² The Huanongda Tobacco Research Group cooperated with the Tobacco Research Institute of Nanxiong City in 1998 to test and demonstrate the effect of the "Jin Ku Zi" fertilizer synergist on tobacco. The three treatments were repeated three times: A. Traditionally applied fertilizer was CK, Mushi applied 50 kg of tobacco compound fertilizer, 10 kg of nitrophosphate fertilizer, and 10 kg of potassium sulfate. B. 80% CK Fertilizer plus Fertilizer Enhancer 8kg/mu for colonization basal fertilizer. C. 80% CK Fertilizer plus Fertilizer Enhancer 15kg/mu (8kg for planting fertilizer and 7kg for soil fertilization). Test results: 1. Effect on growth. In the case of reducing conventional fertilizer by 20%, the fertilizer synergist significantly promoted the robust growth of the tobacco plants, which showed that the stem circumference increased by 0.05-0.13cm, the number of leaves increased by 0.5, the pitch was shortened by 0.23-0.27cm, and the lumbar leaf increased by 1-2cm. , widen 1-1.6cm. 2, output. The dry smoke rate of flue-cured tobacco (cultivar 9601) increased by 1.1-1.3% compared with CK, and the yield per mu increased by 3.3-8.8%. 3, quality and effectiveness. For the B and C treatment of the Shi Zeng-effect liquid, the proportion of fine tobacco smoke increased by 36.9-55.9% compared with CK, and the average price per kilogram increased by 0.29-1.18 yuan, that is, by 12.6-17.9%. The output value per mu increased by 172.19-244.69 yuan, while the investment increased by only 6.15 yuan, and the input-output ratio was 1:28.1-39.8. The benefit was excellent. The test was consistent with the test results in Shixing County. The F-test showed that the differences between the treatments were extremely significant. â–²Guangzhou Soil Fertilizer Station From March to April 1998, the Caixin test was conducted at Jianggao Yuewang Company's vegetable plot in Baiyun District of the city. The treatment was divided into three treatments and repeated two or three times. Treatment 1 (control) applies Norwegian compound fertilizer; Treatment 2 uses organic compound fertilizer and fertilizer effect synergist, and the amount is the same as the control; Treatment 3 uses fertilizer addition of treatment 2. The results: 1, the number of leaves of the whole plant, leaf width, weight of individual plant, weight per plant and economic coefficient are the best treatment 3, treatment 2 times, the control is poor; 2, the yield of 3 average yield 447.05kg , ranking first, an increase of 32.3% over the control, processing 41 acres of 2 acres of production, 21.7% more than the control, the control of the lowest yield of 337.9kg. â–² The Guangzhou Soil and Fertilizer Station commissioned the above-mentioned units to harvest cabbages from the same vegetable plot from May to June 1998. After that, they continued to engage in the second-generation leeks test to observe the effect of continuous cropping on yield. Treatments 1 and 2 have six replicates each, and treatment 3 has four replicates (blank trials are omitted). Treatment 1, application of Norwegian compound fertilizer as a control; treatment 2 organic compound fertilizer, fertilizer synergist and LPK fertilizer, the use of control equivalent fertilizer amount; treatment 3 with the treatment 2, but LPK fertilizer addition. Results: 1. Regardless of leaf length, leaf width, weight per plant, per plant weight, and economic coefficient, the use of "Kim Kumiko" fertilizer treatment 3, treatment 2 of the second ratio of the first made significantly increased, especially The application of LPK fertilizer treatment 3 was the highest, which was superior to the control. 2. Yield analysis: The yields of both treatments were the highest in the treatment 3. The combined production per mu was 762.8kg, which was 37.8% higher than the control (553.6kg), and the treatment 2 was 725.1kg, 31.0% higher than the control. The difference between the three treatments for the first production is small, and the difference for the second production is huge, which means that the fertilizer of the “Kim Kumiko†fertilizer has long effect, and it may also be due to the effect of soil reform to promote post-production and post-production. â–²Guangzhou Soil Fertilizer Station entrusted Guangzhou Yuewang Company in 1998 as a fertilizer test for tomato “Kimkoâ€. Randomized block design, treatment 1, 2 each set up three repetitions, treatment 3 set up 2 repetitions (blank test omitted), treatment 1 customary application of Norwegian compound fertilizer as a control; treatment 2 application of organic compound fertilizer, fertilizer synergist And LPK fertilizer, treatment 3 do not apply LPK fertilizer and increase fertilization material efficiency liquid. Test results: 1, the characteristics of the characteristics of the analysis: three treatments, the height after the topping were 143.3cm, 130.6cm, 124.8cm, visible, "golden sunflower" fertilizer than Norwegian compound fertilizer plants dwarf, favorable yield, from the eggplant In terms of fruit characteristics, treatment 1 had a cracking rate of 9.8%, treatment 2 of 8.5%, and treatment 3 of 8.0%, which had the effect of reducing cracking and increasing the commodity rate. 2. Output: The area is converted to yield per mu. The treatment 1 (control) is 587.5 kg. Treatment 2 was 804.4kg, which increased 36.9%; Treatment 3 was 718.2kg, which increased production by 22.2%. 3. Disease resistance: The incidence rate of treatment 1 was 17.3%, treatment 2 was 14.2%, and treatment 3 was 10.7%, indicating that “Jinkuzizi†fertilizer had a certain effect on fighting epidemic diseases, wilt disease, and fruit rot. 4, fruit type, quality, flavor aspects. Treatment 1 is large but uneven, treatment 2, 3 fruit size is medium and uniform, tasting flavor, treatment 2, 3 is sweet and crisp. â–² Guangzhou Baiyun District Agricultural Research Institute made a sweet corn test in 1998. Fertilization conditions were as follows: Treatment 1 (control) Basal fertilizer: chicken manure 500kg per mu, phosphate fertilizer 50kg, urea 10kg, potassium chloride 10kg; attacking stalk fertilizer: per acre Application of urea 8kg, potassium chloride 10kg; attacking manure: apply 15kg urea per mu, potassium chloride 10kg; top dressing 2 times, each urea 250g + potassium dihydrogen phosphate 200g + phytoalexin; treatment 2 base fertilizer: chicken manure 300kg , Organic compound fertilizer 50kg, (general) fertilizer efficiency liquid 15kg (watered 1:30 times); stalk manure: per acre organic fertilizer 10kg, fertilizer booster 10kg (1:30 times more Shi); attack glutinous fertilizer: per acre fertilization material booster 20kg (1:30 times the application); top dressing 2 times, each time with Yeling Ling 200ml/mu (1:500 spraying). Results: The growth rate of treatment 2 was slightly higher than that of treatment 1 (control). The yield of fresh alfalfa was doubled and the yield was increased. The treatment 2 was 797.5 kg, which was 90 kg higher than the control (707.5 kg) mu, and the growth rate was 12.7%. â–²Guangdong Conghua Bureau of Agriculture conducted a litchi test at the Qixinggang Fruit Farm and Jiulibu Fruit Farm in the city in 1998. The species was a 30-year-old, 50-year-old Kaozhi tree with three treatments and four repetitions: 1. Control Norway Fertilizer 2. LPK Fertilizer, 3. LPK Fertilizer + Fertilizer Synergist, because the weather conditions in this year were not conducive to flowering and fruiting of litchi, which had a greater impact on this experiment, and only one of four replicates was successful. Results The fruit rate of the three treatments was higher than that of the control group, which was 19.15g, which was 2.33g more than the control (16.82g). The fruit color was bright red (dark red) and the incidence was 6%, lower than the control (8%); The rate was 93%, 6% higher than the control (87%). â–² The Department of Production of the Bureau of Agriculture of Qingyuan City, Guangdong Province, in 1997, gave a fertilizer effect test on the “Kim Kumiko†fertilizer series, and now only excerpts from the test contents related to the fertilizer booster solution. 1. Rice: Mushi Organic Compound Fertilizer 30kg + Fertilizer Enhancer 6kg. The heart of Zhouzhou increased by 23.5kg compared with the control, an increase of 6.4%. The Institute of Agricultural Sciences in the German Institute of Agricultural Sciences increased production by 20kg, an increase of 7.8%. The increase in production was mainly due to an increase in effective panicles of 0.1 to 13,000 and a seed setting rate of 3 to 10%. 2. Peanut: In the Yingde Branch of Agricultural Sciences and the two districts of Qingcheng District, the control area is conventional fertilization, and the experimental area is on the basis of conventional, plus fertilizing material booster: 10kg/mu before flowering and 20kg/mu after flowering. Diluted 50 times to the roots. As a result, both places increased production, and the integrated average test area increased production by 57.4 kg/mu compared to the control, which was an increase of 18.8%, mainly due to a full fruit rate increase of 4.6% and a 100% fruit weight increase of 18.3 g. 3, sweet corn in the district demonstration. Apply LPK fertilizer and fertilizer booster. Observed earlier in the field, the ripening period was 2-3 days, and the ear was evener than the control. Visible to promote the development of the root system, thickening of the leaves (the demonstration field no yield data). 4, sugar cane district demonstration. Among them, the fertiliser synergist and the organic compound fertiliser area had a yield of 7.329 tons per mu, 0.329 tons more than the control area, an increase of 4.7%, and the sugar content (absolute value) increased by 0.62%. 5, leaf vegetables in the district test demonstration. The test leaf vegetables were oil wheat and Chinese cabbage. The conventional fertilizer was used as the control. The fertilizer was added twice during the growth period after the conventional fertilizer plus a fertilizer booster (diluted 50 times), and 10 kg/mu was used as the test area. The yield was increased in the two places. 2.7 to 12.2%, vegetable stem thick, thick green leaves, increased production and quality, according to the current market price, acres of cabbage 132kg, increase income 198 yuan. â–²The production department of the Agricultural Bureau of Qingyuan City, Guangdong Province, in the autumn of 1997, applied the “Kin Kuizi†common fertilizer synergist and LPK fertilizer in the Yangshan County Seed Company's Huaishan Base. The area was 5 mu. Based on conventional fertilization, the use of fertilizer per mu increased. Effect solution 10kg plus LPK fertilizer 4kg, during the expansion of the tuber, divided into 2 times (15 days apart) watering 600 to 800 times the root. The results showed that the weight of individual plants in Huaishan was 1.29kg, which was 0.34kg higher than the control (0.95kg). The yield per mu is 977.2kg, which is 258kg more than the control (719.2kg), with an increase rate of 35.8%. The effect is significant. â–² The Agricultural Bureau of Jieyang City, Guangdong Province applied the “Jin Ku Zi†organic compound fertilizer, fertilizer synergist, and chlorophyllin to the spring vegetables, which yielded 23.6% more than the conventional fertilization. The leaves were large, thick, green, and of good quality. And the soil structure becomes loose and porous. â–² Guangdong Jieyang Agricultural Bureau Soil Fertilizer Station was tested on the 20-year-old black leaf variety of Huang Bingrong Lizhi Garden in Kwai Tan Township, Huidong County in 1998. The green fertilizer was sprayed on the leaves and the fruit fertilizer was applied to the organic compound fertilizer+fertilizer synergist. The strong fruit fertilizer is the same as above, plus a small amount of Norwegian compound fertilizer (fertilizer), and autumn slightly fertilizer organic compound fertilizer + fertilizer synergist. In addition to urea or Norwegian fertiliser, the control was sprayed with water in the rest of the period. Results: 1. After 8 days from the green leaves of the sprayed leaves, flower spikes had been extracted, but no spikes were seen in the control. 2. Harvested on June 19th, weighed on the spot, treated 73.3 kg of strains and produced 6.8 kg more than the control (66.5 kg) strains, increased 204 kg per mu, and increased the yield by 10.2%. 3, branch shoots, observed on July 28, processing has been pumping a new shoot and is old mature, strong tree strength, dark green leaves, compared to new shoots just started, tree vigor. â–²Agricultural Fertilizer Station of Jieyang City Agricultural Institute and Jieyang Agriculture Bureau of Guangdong Province was used in the Fertilizer Enhancer Test of Bananas from June 1997 to Spring 1998 and Summer. Three treatments were set up: 1. Conventional fertilization as a control; 2. Treatment of 1+ fertilizer The synergist 3 kg/plant, each time 1 kg; 3, reduce the amount of fertilizer 1 20%, plus fertilizer efficiency 3 kg / strain, each time 1 kg. Results: Treatment 2 had higher plant height, basal circumference, ear length, ear weight, comb number and number of fruits than the control. Treatment 3 had slightly more than the control in terms of perimeter, ear length, ear weight and fruit number; Yield: Treatments 1, 2 and 3 were 2904 kg, 3388 kg, and 3113 kg, respectively, and treatment 2 was 16.67% higher than treatment 1, and treatment 3 was 7.20% higher than treatment 1. â–² Maoming City, Guangdong Province, fruit office in Nanchong field and Songshan field in 1998 to implement "gold sunflower" fertilizer test, using conventional fertilizer as a control, treatment of fertilization material potentiometer and LPK fertilizer. As a result, the treatment rate was 3.64% higher than that of the control, the single fruit weight was increased by 0.75g, the yield was increased by 7.73%, and the sugar content was 16.84%, which was 0.25% higher than the control. â–² Guangdong Maoming City Fruits Office conducted the longan test in Mingyuanchang and Minghuichang in 1998. The variety was 5 years old Chuliang. The conventional fertilization was used as the control, and fertilizer fertilizer and LPK fertilizer were used as the treatment. During the bud stage, After Xiehua, the fruit was fertilized three times when the peanuts were large. The test was harvested on July 20, and the fruit preservation rate was 69.10%. It was 5.24% higher than the control (63.86%), and the weight of 12.2 grams per fruit increased by 0.4 grams over the control (11.8 grams). The yield increased by 8.64% and the sugar content was 21.5%, which was 0.1% more than the control (21.4%). â–²Guangming Agricultural Technology Bureau of Gaoming City in the early spring of 1998 in the city's Sanzhou District and Xi'an District, the application of "Kin Kuizi" fertilizer series and the conventional use of equivalent farm and fertilizer comparison test. The fertilization scheme in the test area is: Sending marrying manure, using 5 kg of fertilizing solution (the initial product) per mu of mudded field to dilute 250 kg of water, Daejeon base fertilizer (Pingtianqian) and 5 kg of fertilizing material and 5 kg of organic compound fertilizer per mu, and medium-term fertilizer For panicle fertilizer, use 10kg and 2.5kg of LPK fertilizer (mixed with fine sand). The result of the production is: the experimental area of ​​Sanzhou District has increased by 7.2% compared with the control field, and the output of laps has increased by 6.3%. Xi'an District's theoretical yield increased by 16.7% (after the flooding did not receive real production). It is proved that under the same investment cost, the fertilizer supply characteristics of the "Jin Kui Zi" series fertilizer are "fast in the early stage, stable in the middle stage, and full in the late stage". It promoted early-onset and rapid-onset growth, moderately increased redness in the mid-term, good late-stage ripening, and full grain content, giving rice a good growth potential and an ideal panicle structure. â–²Agricultural Technology Bureau of Gaoming City, Guangdong Province, in the winter of 1997, applied the “Jin Kuzizi†series of organic bio-fertilizer demonstrations in Liuzhou Wendi in Sanzhou and Liuhuanghua in Xihuang Village in Xi’an District: Sanzhou Demonstration Point, using conventional fertilization as a reference, Cabbage fields include organic compound fertilizers (A) and compound fertilizers, fertilizer synergists, and chlorophyll (B). As a result, the control yielded 1880 pounds per mu, and the yield per mu was 3,013 pounds, an increase of 102.8% compared with the control; the output of the field was 4,909 pounds, an increase of 161.12% over the control. There is also a plot (C field) where fertilizer synergists are used, and a plot (D plot) using fertiliser synergist and Pyrrho Green is used. As a result, the control yielded 965 pounds per mu, and the yield in the C field was 1970 pounds, an increase of 106% over the control. The yield per mu in the D field was 2514 pounds, an increase of 165.8% over the control. Xi'an Xixin Demonstration Point, with conventional fertilization as control, yielded 1802 kg per mu, A Tian Tian added fertilizing material to improve efficiency, yielded 2653 jin per mu, and increased yield by 47.23%. B Tian Tian added organic compound fertilizer and produced 2045 mu per mu. Jin, increase production by 13.5%, C Tian Tian Shi compound fertilizer, fertilizer synergist and Ye Luling, 3192 kg per mu, increase yield by 77.14%, No. D Tianjia fertilizer booster and Ye Luling, per mu 3733 Jin, increased production by 107.16%. Multiple tests of the above two kinds of vegetables showed that the fertilizer synergist had a prominent effect on the yield increase of the vegetables in the field. â–²Deng Guizhi, agronomist of Gaoming City Agricultural Technology Bureau, conducted a pilot study on Jinkuzi Fertilizer to promote Chuliang longan timely extraction and cultivation of strong shoots from 1997 to 1998. The trial began in autumn and winter on November 13, 1997: Treatment I is 5kg of organic compound fertilizer; Treatment II is compound fertilizer 5kg plus fertilizer synergist (common type) 1kg; Treatment III is applied conventional compound fertilizer 1kg; Treatment IV Shi 沤 cooked chicken 屎 9.8kg; treatment V is a blank CK. The thickness and length of shoots were measured on December 25th. The above test was repeated in the spring of March 5, 1998, and the thickness and length of shoots were measured on April 29th. Test results: 1, autumn and winter test. The thickness of shoots was the thickest (0.451 cm) for treatment II, which was: I0.446 cm, III 0.441 cm, IV 0.419 cm, and V0.401 cm. The length of the shoots was also the longest in II (14.78 cm). Others were in order: I14.14 cm, III 12.89 cm, IV 12.09 cm, V 11.82 cm. 2, spring test. The order of branches was: II0.454cm, I0.404cm, III0.399cm, IV0.396cm, V0.344cm. The length of branches was: II 13.14 cm, I 12.25 cm, III 11.8 cm, IV 11.57 cm, V 10.48 cm. It can be seen that the two-season test had the best effect on the thickness and length of the shoots with the fertilizer-enhancing liquid plus the organic compound fertilizer II, and the only effect on the organic compound fertilizer was better than the conventional compound fertilizer and chicken cockroach. . â–² Jinkui Subsidiary's technology team conducted a mushroom cultivation test in the spring of 1999 to verify the effect of “Kim Kumiko†fertilizer synergist and Ye Luling on yield and quality of Pleurotus ostreatus. Fertilizers and Fertilizers were used to test different concentrations of nutrient solution and then sprayed on the disinfected culture medium and then inoculated. When the mushroom water was sprayed, each treatment was sprayed with the same nutrient solution every other time. Spray once in 3 days until mushrooms are harvested. A total of 6 treatments are processed for 3 replicates. Controls are sprayed with water. As a result, each treatment of “Kimber sour†fertilizer was applied, the mycelial food material was faster, and its yield was higher than that of the control. The bioconversion rate was above 100%. Among them, the concentration of fertilizer synergist solution was 1:50. The highest treatment yield was 1:1500, which was 41.5% higher than the control, indicating that the fertilizer synergist played a leading role. â–² Jinkui Subsidiary's technical team conducted a straw mushroom cultivation experiment in October 1998 to test the effect of “Kim Kumiko†fertilizer synergist and Ye Luling on the yield and quality of straw mushroom. The experiment was conducted with different concentrations of nutrient solution of fertilizer synergist and chlorophyll, used to spray the culture medium and mushroom water, and spray water as a control. As a result, the proportion of sprayed nutrient solution was higher than that of the control, the yield increase ranged from 16.0% to 47.3%, and the bioconversion rate was 3.48% to 10.28% higher than that of the control. After taste, the mushroom sprayed with nutrient solution was sweeter and sweeter than the control. â–²Jinkuzi Technology Group's technology team conducted a late-stage fertilization test of Shatianyou at Fengjiang Fruit Farm in Mingcheng Township, Gaoming City in 1998. One of the treatments was 0.75kg of Norwegian compound fertilizer on September 25th. The effect of fertilizer application was increased on October 16. Liquid 0.25kg, and began on September 26, spraying chlorophyll, a total of three times in 7 days, the control for the September 25 strain of Norwegian compound fertilizer 1kg, fruit on November 14, the results of the treatment than the control of fruit The rate increased by 3.2%, and the single fruit weight increased by 0.06 kg. The taste was sweeter and more delicious than the control, and the juice was more crunchy. â–² The Kwai Kui subsidiary company's technology group conducted the same tests in 1999 in three litchi gardens in Gaoming City. Three treatments are provided: 1. Fertilization 3 to 4 times, LPK fertilizer, “6 in 1†synergist, post-injection of acid and sweetening spirit; 2ã€Spray “6 in 1†synergist + potassium dihydrogen phosphate 3～ 4 times, 3, conventional fertilization control. Results: 1. Yield: Four fruit picking measurements, treatment of a relatively stable fruit weight gain, single fruit weight increased by 0.8 to 0.9 grams (rice) and 0.2 to 4.4 grams (litchi). Treatment 2 measured three times of weight gain four times, and the trend of weight gain was also obvious. 2. The average sugar content of four batches of fruits was 1.1% and 1.9% higher than the control. â–²Guangdong Xinhui Agricultural Bureau, from March to April 1998, in the vegetable field of Huang Rongsheng, Long'an District, Dufu Town, Gansu Province, carried out “Kin Kuizi†series of fertilizer experiments on Chinese cabbage, Italian lettuce, Chinese cabbage, and Chinese cabbage. Treatment: 1, control the habit of fertilization. 2. Apply organic compound fertilizer and fertilizer synergist and spray green spirit. The result was a 32% increase in vegetable heart yield, 11.1% increase in lettuce production, and a 7.1% increase in yield of Chinese cabbage. The growth period of the Chinese cabbage was short (14 days). The fertilizer effect had not yet been fully utilized. It had already been harvested, so the output was reduced by 1.6%. According to the report, the common characteristics of the vegetables that use “Jin Kua Zi†fertilizer are: quick greening after colonization, good root growth, regular individuals, multiple leaves, thick and brittle, and both yield and quality, and it is worth promoting in a large area. â–²In August 1998, the Agricultural Bureau of Gaoyao City, Guangdong Province conducted a two-fold comparison of organic compound fertilizers and fertilizer-enhanced liquids with conventional fertilization in the rice fields of Xia Zhisheng in Henggang District of Baitu Town. The area of ​​the plot is 0.1 mu. In the treatment area, a total of 10kg/mu of fertilization solution was added during the whole growth period, and 100kg/mu of organic compound fertilizer was applied in three applications. The conventional fertilization zone was urea 21.74kg/mu, phosphorus fertilizer was 20kg/mu, and potassium fertilizer was 16.08kg/mu (three applications. ) Investment costs are the same. Results: 1 Five days before seedling transplanting, sprayed fertilizing agent had a positive effect on the growth of seedlings. Compared with 100 cultivars, the seedlings in the test area were 1.47cm higher than the control, 0.16 more leaves, and 0.2 leaf height. ;2 Honda's potential: the test area returned faster than the control area, early delivery, stable growth, green leaf color, the final effective panicle, grain, seed setting rate, 1000-grain weight higher than the control. 3 Output: The test area increased production 38.81kg/mu, increase production rate 8.62%, increase mu 62.1 yuan (according to the then-valley price). In addition, 20 farm households in Henggang District applied a total of 10.5 mu of the above-mentioned “Jin Kui Zi†fertilizer, and all households increased production, with an average yield of 458.25 kg per mu, an increase of 46.75 kg over 1997 (411.5 kg/mu), an increase rate of 11.36%. . â–² Gaoyao City Agriculture Bureau soil fertilizer station 1998 spring watermelon test. Variety of land brand F1, set up two treatments, two repetitions. Treatment 1, according to local practice of fertilization as a control. Treatment 2, CK fertilizer minus the cost of 33 yuan, increase fertilization material efficiency liquid 10 kg / mu. (10 kilograms of synergist is 33 yuan, equivalent to two treatment fertilizers.) The method of conventional fertilization is slightly selected. The treatment 2 synergist is applied 5 kg before flowering (April 8th). The fruit enlargement period (April 20) Day) 5 kg, test results: 1, the main vine growth: length control 435.5cm, treatment 2 is 515cm; 42 leaf number control, treatment 2 is 50.5 tablets. 2. Average number of melons per plant, control 1.5, treatment 2 1.7; average melon weight control 6.55 kg, treatment 2 6.6 kg; CK 2030 kg per mu, treatment 2 2 310 kg, increase production 13.8% (mu planting 210 strains). 3. Benefit: Fertilizer equivalent price, increase production 280 kg/mu, market price (wholesale price) 1.1 yuan/kg, mu increase 308 yuan. â–² Guangdong Longchuan County Soil Fertilizer Station In 1998, the two programs were used to carry out rice fertilizer efficiency tests, and a total of 5 households were responsible for the implementation of rice. Plan I. Experimental field: 1. 5 days before transplanting seedlings, 5kg of fertilizing material to increase efficiency, 1:50 times of leaching seedlings for watering, 2. 50kg of fertilizer for organic fertilizer, 10kg of fertilizer for each area of ​​Daejeon base fertilizer, and 3kg of fertilizer. Fertilizer organic compound fertilizer 30kg/mu as a stubble fertilizer. The control field application of urea 5kg/mu base fertilizer, and topdressing rice special fertilizer 25kg/mu. Results: The test field stalks were thick and tough, with an output of 540 kg per mu, an increase of 61.5 kg/mu compared to the control, and an increase in yield of 12.62% (Hu Jinan, Hutuo District). Scheme II: Demonstration field: 1. Fertilizer synergist solution 5 kg/mu before the transplant; 2. Datian base fertilizer and organic compound fertilizer 50kg/mu; 3. Apply fertilizer organic fertilizer 20kg/mu. Tian Shi urea 13kg, superphosphate 20kg, potassium chloride 10kg/mu. Two fields from the plug to the harvest, do not see the surface there is a big difference, but after investigating the measured production only to discover that the ear length of the demonstration field is 1.03cm more than the control, the actual number of grain is more than 20.1, the yield per mu is 506kg, which is more than the control 27.27% (Hu Jian Huai District). Another is Hu Minghua of the second team. The demonstration field is the same as the second scheme. The control field applied 15kg of urea and 25kg of superphosphate, no potash fertilizer, and it is a shallow footless sand field with low fertility. Demonstration fields are significantly more productive than controls. , And drought, cooked bright yellow, yellow when the control field cooked. Results The demonstration field yielded 455 kg/mu, an increase of 75 kg compared with the control, and the yield increased by 19.75%. The average increase rate of the above three households was 19.88%. The other two households (one household per project) had a slight reduction in production, with an average decrease of 3.46%. The difference was not significant. It can be seen that the demonstration through 5 households was mainly based on the increase in production, and the increase in production was significant. â–²Guangdong Wuhua County Tobacco Company conducted a test of fertilizer application of tobacco in the Fenglin Management District of Pingnan Township in the county in 1998. Set up three treatments: 1. Routine fertilization, rinsing with water as a control when planting; 2. Reducing 20% ​​of conventional fertilizers, and adding 8kg/mu of fertilizer (normal) fertilizer during colonization (50 to 100 times of water). 3. Reduce 20% of conventional fertilizers, 15kg/mu of drenching fertilizers during planting (dipping the same as above), resulting in a 20% reduction in conventional fertilizers, and two treatments of increasing the fertilizing material to increase the efficiency of the plant, the plant growth is strong, and the number of young leaves is increased. The tobacco leaves matured earlier, the yellowing was normal, and the levels were clearly defined. Although the increase in the yield per mu was not much, the average price of tobacco increased by 8.7 to 11.1%, the average price of tobacco increased by 0.6 to 0.78 yuan, and the production value per mu increased by 96.08 to 139.73 yuan. Obvious economic benefits, it is worth promoting to use. â–²Guangdong Dapu County Tobacco Company carried out a test on the use of a synergist for tobacco in 1998 at the Fuli Management District in Xihe Township of the county. The trial treatment was the same as that of Wuhua County, and the results were roughly the same. This is abbreviated here.