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â–² Guangdong Fertilizer Station in 1997 conducted a trial of two green varieties (special green cabbage, high quality and low yield; forty-nine rapeseed hearts, medium quality, and high yield) for spraying green leaves. Three treatments were performed on the basis of conventional fertilization and three replicates. Treatment 1 Seedling green at the seedling stage; Treatment 2 Seedlings and growth stages Each spraying of the green one time, each time 100ml/mu, watering 400 times; Treatment 3, control, spraying the same amount of water. Special green cabbage seeds were sown on July 20th and harvested on September 3rd; the 49th rapeseed was planted on August 5th and harvested on September 11th. When picking, take 20-50cm net dishes and weigh the whole area. Results: Treatment 2 (spraying twice) increased production by 13.1-12.5% ​​compared to the control, with significant differences. Treatment 1 (spray once) increased the production by 7.5-6.5% compared to the control, and it was estimated that the effect of spraying three times was better. And the last spraying should not be too late, otherwise the fertilizer effect will be fully exerted. â–² Guangdong Fertilizer Terminator, in response to the deficiencies of the 97-year cauldron test, improved in 1998 to continue the test. In the Dinghu District, Zhaoqing District Agricultural Research Institute, the variety of 49 dishes heart. 15/4 sowing, 27/5 harvest, close to the yellow leaves and the head, the whole region weighed to produce. The experiment was set up with three treatments and three repetitions. Treatment 1 seedling 30/4 spray green beauty once. Treatment 2 Spray once at the seedling stage, mid-term (10/5) once, and 20/5 spray for the third time. Use 120ml per mu and spray 500 times. Treatment 3 three times spray equivalent water control. RESULTS: The output of the Chinese cabbage blossoms in the three crops was 9.4% higher than that of the control, and the difference in variance analysis was extremely significant. Spraying once increased 4.5%, not reaching a significant level. After three times of greening, the leaf color turned green and deepened, the leaves became wider, the plant height increased, and the quality of the dish improved. â–²Guangdong Soil Fertilizer Station in 1998 on the zucchini test. Treatment 1 seedling green spray once. Treatment 2 Seedling, flowering, and young fruiting period were each sprayed with green one, and watered 400-600 times; the control area was sprayed with equal water for three times. Each district conducts routine fertilization according to local customs. The experiment was repeated three times and divided into two places: Xinfeng County and Fengkai County. Xinfeng County test, spraying three times to increase production significantly, spray two significant increase in production. In the Fengkai County experiment, the increase in production by spraying three times was extremely significant, and the increase in production by spraying once was not significant. The treatment area is monofruited, and the No. 4 Jiangxin zucchini mainly increases its weight through thickening, while the Bozhou Melanopsis grows with long melons and melons, making the melon gain weight. â–² Guangdong Fertilizer Station 1997 autumn peanut test. The Yueyou 27 test was conducted in Kaiping County, sowing on July 26 and harvesting on November 1. The eucalyptus 71 test was conducted in Maoming City, sown on August 7 and harvested in November. Four treatments and three repetitions were performed, and all treatments were subjected to conventional fertilization. Treatment 1, the United States before spraying a green spray; 2, before and during the spraying period of the United States and the United States once a green spray; 3, before and during the flowering period of each spray "Fengfeng" foliar fertilizer once; 4, control spraying water. Test results: Yueyou No.27, sprayed with US Green increased by 25.3% compared with the control, sprayed with secondary increase of 36.1%, the difference reached a very significant level, and its yield increase effect was much better than “Jifengâ€. Yanyou 71, which was sprayed with US Green twice, had a 5.3% increase in production, which was relatively high. Spraying was the same as spraying “Zhifeng†twice (3.0%). Is not the increase in production related to the complete fertility of the soil in the test site? â–²Guangdong Academy of Agricultural Sciences Tea Research Institute carried out three experiments on several varieties of tea trees using “Jin Kui Zi†fertilizer in 1998. The following is an excerpt of the test results that are related to the use of U.S. Green, ie the improvement of the quality of Oolong tea autumn and winter tea. Spraying US Green's treatment 1, compared with the control (spray water) bud head density, Baixie weight, yield increased (for the Huang Zhixiang varieties) 30.44%, 5.61%, 33.33% and (for Miranda varieties) 39.34%, 22 %, 25%. The four main chemical constituents of tea: water extract, tea polyphenols, amino acids, and caffeine content, treatment 1 was 2.8%, 1.88%, 0.13%, 0.5%, and (Milan) 4.34%, 1.01 higher than the control, respectively. %, 0.33%, 0.41%. The water extract increased significantly, indicating that it can increase the thickness of tea soup and resist brewed into tea; the increase of other ingredients can improve the quality of tea. The total scores of the four indexes of quality of tea (the soup color, aroma, taste, and leaf bottom) were evaluated. The average of the two varieties was 94.6 points for treatment 1 and 82.5 points for the control. â–²Hua Nongda Tropical Room In 1997, in the Hua Bingda horticultural field in a severe bacterial wilt disease area, several green manures and herbs were used to control tomato bacterial wilt. It is initially concluded that the US-based organic compound fertilizer not only has good fertilizer effect, but also has good prevention and control of bacterial wilt in the early stage. The use of soil disinfection and Shimei Green had better control effects, which was better than using soil to disinfect and applying black liquor (the unit's self-made nutrient solution). But late in the day, the control effect was not good. With "viral" prevention and treatment, the effect of the early and late periods are not obvious. The conclusion is that the United States and the United States have a certain degree of control effectiveness, but it should also be combined with other agricultural measures (such as bubble fields and rotation). â–²In 1998, Maoming City Fruit Office conducted experiments on sharp pepper, bitter gourd, and greenhouse shed vegetables. Four treatments and three repetitions were conducted. The two treatments with organic compound fertilizer and fertilizer synergist were not cited here, and only the results of spraying Meimei Green and control were selected. Sharp pepper: The average of three repetitions was 42.2 grams of fruit weight in the treatment area, and the control was 38.2 grams. The yield of the plot was 36 tons in the treatment area, which was 5.26% higher than the control 34.2%. Bitter gourd: The treatment area averaged 273.7 grams per fruit, compared with 245 grams; the treatment yield was 107.3 tons, an increase of 11.42% over the control of 96.3 tons. Tongcai: The average plot yield in the treatment area was 364, an increase of 8.75% over the control of 334.8. Observed during the growth period, it was found that the spraying of American Green was more prosperous, branches were thicker, and the single fruit (melon) weight gain was the main reason for increasing production. However, after the green leaves were sprayed on the green, the branches and leaves grew fast, and the leaves were thick and many stems were strong, and the pests were less. â–² The Maoming City Fruit Office applied five kinds of active fertilizer of sunflower seeds in 1998 to test lychees. The results of spraying green leaves were: the fruit retention rate was 40.31%, which was 2.47% higher than the control (37.84%); the single fruit weight was 18.85 grams, which was 0.5 grams higher than the control (18.35 grams); the yield increase was 5.19%; the sugar content was 17.09%. The control (16.59%) increased by 0.5% and the rate of increase was 3.01%. It can be seen that litchi sprayed with green leaves has a certain effect of increasing production and improving quality. â–² The Maoming City Fruit Office conducted the longan test in 1998. The fertilizer and design scheme used were the same as that of litchi. Among them, the results of spraying Meiluo were as follows: the fruit-keeping rate was 67.37%, which was 3.51% higher than the control (63.86%); the single-fruit weight was 0.2 g higher, the yield was increased by 5.21%, and the sugar content was 21.7%, 0.3% higher than the control. It can be seen that the longan sprayed with greenery has a certain role in increasing production and improving quality. â–²Jiyang City Agricultural Bureau Soil Fertilizer Station and Huilai County Bureau of Agriculture Soil Fertilizer Station 1998 Peanut Fertilizer Test to test the combined effect of “Kin Kua Zi†organic compound fertilizer and American Green. The experiment was set up for three treatments and two repetitions. Treatment 1 Organic compound fertilizer was used as basal fertilizer, 40 //acre, and was sprayed with Meilv 100ml/mu 500 times in watering at the flowering stage and the end stage. 2. Norway's compound fertilizer is used as a base fertilizer, 20 //a mu, and two plantlets are sprayed at the flowering stage and the knotting stage, each time 3 ml/mu, and the water is sprayed 8,000 times. 3. Basal fertilizer Ibid. Spray water twice for comparison. Test procedure: 28/3 planting, 28/4 initial flowering, 4/5 sprayer times, 29/5 knot spraying for the second time, 12/7 harvesting. Results: Fresh fruit weight, three treatments: 1,145 grams, 2,135.5 grams, 3 (control), 137 grams. Actual yield per mu: 1, 315, 2, 294, 3, 278, it can be seen that the application of the treatment of sunflower seed fertilizer increased the yield by 13.3% compared with the control, which was 7.1% higher than the application of Norwegian compound fertilizer plus phytoalexin. â–² The Department of Production of the Bureau of Agriculture of Qingyuan City carried out a comparative test and demonstration of four types of crops with gold sunflower fertilizer in 1997. (Note: Tests not using the United States Green are not cited here). Among them, the middle of the fall peanut experiment: the conventional fertilization was used as a control; the conventional fertilizer was sprayed with green spray twice (before flowering, after flowering), and the water was sprayed 400-500 times. Conventional Fertilizer plus Fertilizer Synergist <Note: General production fluid for early production> Use 10 //acre before flowering, watering 40-50 times to lynch the root, and rinse with 20 //a mulberry after flowering. Result: Both treatments of Shijin Kuizi Fertilizer increased production. The rate of sprayed green and white was 2.7% higher than that of the control, and the kiwifruit weight was increased by 8.9 grams. The average increase in production of the three trials was 12%. With the treatment of leachate, the result rate was 4.6% higher than that of the control, and the fruit weight increased by 19.4 grams, with an average increase of 18.8%. â–²The bitter gourd test of the Soil and Fertilizer Section of the Agriculture Bureau of Shaoguan City in 1998 tested five kinds of foliar fertilizers (“Jin Kui Zi†Mei Lu, “Gold Land†biological fertilizer, “Yong Fu†organic compound liquid fertilizer, and “Ouper†organic humic acid liquid fertilizer. The fertilizer effect of the agricultural rare earth compound of Hunan Academy of Agricultural Sciences was sprayed with water as a control. All treatments are consistent with conventional fertilizers and management. Each treatment (various fertilizers) was sprayed three times, and bitter gourd was harvested seven times from September 20 to October 22. The results showed that all kinds of foliar fertilizers had extremely significant or significant increase in yield compared with the control. Among them, the “golden sunflower seeds†yielded the largest increase in yield of 11.43%, followed by: “Oupar†increased production by 9.85%. The production of compound agent increased 8.03%, “Yongfu†increased production by 7.32%, and “Gold Land†increased production by 6.96%. The yield increase factor is the combination of the number of melons per fruit and the weight of each melon. The number of melon melons per plant is the second, the melon weight is the first, and the yield per plant is the highest. â–² The Xinhui City Bureau of Agriculture conducted tests on four leafy vegetables in 1998. The processing area uses three kinds of fertilizers: gold sunflower, which will be sprayed once at the first and third dressings, 100 ml/mu, and 500 times the water; the control area is the local custom fertilizer method, using compound fertilizers, and Urine, lime. Repeat twice. Yield results: The processing area of ​​Chinese cabbage, lettuce, Chinese cabbage, and white cabbage yielded 1650, 2500, 2250, and 925 respectively, which increased by 400, 250, 150, and -15? , 11.1%, 7.1%, and -1.6%. Observe that the cabbage and lettuce growing in the processing area are particularly neat and tidy. In the treatment area, the seedlings returned green and fast after colonization, and the roots grew well. The individuals grew uniformly and the leaves were thicker, indicating that not only the yield was high, but also the quality of the dishes was good. The decrease in production of white water may be related to the fact that the fertility period is too short and the bioactive fertilizer has not yet exerted its maximum effect. â–² The Gaoming City Bureau of Agriculture conducted tests on lettuce and oiled wheat in 1997. On the basis of traditional basal fertilizer, two treatments are set up: 1. Treatment area, spraying US Green every 10 and 25 days after seeding, each time 200 ml/mu, watering 400-500 times. 2. In the control area, urea was used to dilute water 60 times twice, the same time as above, and the amount of urea was equal to the use of US Green. RESULTS: The treated areas were green in color, light green or yellowish green in the control area, and more yellow leaves. The yield of lettuce in the processing area was 98%, which was increased by 15.3% compared with that of 85. The yield of oil and wheat dish was 742.86 tons, which was 13.0% higher than that of the control 657.14. â–² The Gaoming City Bureau of Agriculture conducted a test on tomatoes in 1997. After the planting, it was selected to be six-leaf, basal-fertilizer and management-same-growing plots as test sites. Two treatments were used: 1. Each use of U.S. Green 200ml + Urea 5? / Mu, watering 400 times foliar spray. Spraying 2 times during the flowering period, the result is sprayed 2 times, each separated by 10 days. 2, control, with Russian compound fertilizer 80 ?/mu, two times topdressing (before flowering, after each result). RESULTS: One-fifteen-year yield of 4675?was dealt with, an increase of 595? from the control (4080?), and the rate of increase was 14.5%. â–² The Gaoming City Bureau of Agriculture tested the autumn watermelon in 1997. The processing area used sunflower seed organic fertilizer, (common) synergist and beautiful green, and the control area used chicken manure, urea, and compound fertilizer. Due to rain and waterlogging, it was impossible to compare yields, but the rate of dead seedlings in the treatment areas was significantly lower: during the rainy days of 5, 10, and 15 days, the dead seedlings (%) in the treatment areas were 0.7, 16.8, and 45.2, respectively; 3.2, 21.6, 54.2. The function of the sunflower seed fertilizer to resist rain and reduce dead seedlings is worth paying attention to. â–² Kim Kui's subsidiary company's technology group, in the fall and winter of 1997, experimented with Chinese cabbage and broccoli. On the basis of conventional fertilization, three treatments were set up: 1. Two greens were sprayed during the growth period (cauliflower center at 15/11, 24/11, broccoli at 7/11, 15/11). 2. Incubate the fertiliser solution twice, the same time as above. 3. Control conventional fertilization (leaching with manure plus compound fertilizer). RESULTS: After the cabbage was sprayed with green leaves, the leaves turned green, enlarged, and bolted early. They could be listed several days in advance. The yield per mu was 13,14 pounds, an increase of 16.4% from the control 1129 pounds. After broccoli was sprayed green, the leaves became dark green, yellow leaves were not found on the dishes, and the knots were large. The harvest period was consistent and advanced. The yield per mu was 725 pounds, an increase of 16% over the control 625 pounds. It can be seen that the two kinds of vegetables are sprayed with beautiful greens to increase production and improve quality. (Note: The result of the application of a synergist solution is omitted here.) â–² Jinkui Subsidiary Technology Group conducted a trial on straw mushroom in October 1998 to test the effect of fertilizer synergist and American Green on the yield increase and quality improvement of straw mushroom. The mushroom material used waste cotton, which was treated with 2.5? (dry material weight) for a total of five treatments, mainly the ratio of the two dilutions of the two fertilizers. After the culture medium was sterilized, each treatment was sprayed with a different concentration of nutrient solution and then broadcasted. When the mushroom water is sprayed, the nutrient solution is sprayed once again. After each replenishment, the nutrient solution is sprayed and the control is sprayed with water. Results: 100% of the synergist with water (editor's note: the original production of the ordinary synergist) with Meili watered 800 times the treatment of production increased by 47.3%, ranking first; synergist mixed with water 50 times with the United States The green-water treatment with 1,000 times the yield increased by 46.4%, ranking the second place; only with the synergist liquid was sprayed with 100 times the water and the treatment with no greenery increased production by 16%, ranking the last in the spray fertilizer treatment. The straw mushroom with gold sunflower active fertilizer has a refreshing and refreshing taste and improved quality. â–² Jinkui Subsidiary's technology team conducted a test on Pleurotus ostreatus in the spring of 1999. The purpose was to compare the concentration of two fertilizers and the spray method with the straw mushroom test. Medium formulation: cottonseed hull 50? + corn flour 1.5? + phosphate 0.75? + lime 0.25?. Six treatments were repeated three times, each repeated 3 bags, bag size 4015cm, 2 bags of dried material per bag. Results: The speed of the treatment of the mycelium diet material of Jin Kuizi active fertilizer was faster. The fastest treatment 2 (that is, the synergist watered with water 50 times with American green water 1500 times) is 16 days earlier than the control? M bag, an increase of 41.5%, a bioconversion rate of 125.5%, ranking first; treatment 4 (increased The effectiveness of the solution diluted 150 times with 600 times the United States and green water) yield 39.5%, bioconversion rate of 123.5%, ranking second. With the treatment of gold sunflower active fertilizer, the taste of Pleurotus ostreatus is also more refreshing than the control, which shows that it has a good effect on the yield and quality improvement. â–²Dongyuan County Agricultural Science Institute in 1998 tested peanuts (Yueyou 79). In this experiment, the first trial to use fertiliser synergists is devoted to trial 2 of the U.S. green fertilizer effect test. Set three treatments to two repetitions. Each treatment plot has the same conventional fertilization. Treatment 1 Mei Lu 500 times liquid was sprayed on April 28 (before flowering) and June 10 (junction period) respectively; 2, 8000 times liquid of plant treasure, respectively before and after flowering Surface spray; 3, control spray twice clear water. Results: The average yield per mu was 253.5?, an increase of 6.7% compared with the control; the treatment 2 increased 5.1%; the effect of the increase in the yield of the US green was better than that of the phytoalexin. The reason for increasing production is that the United States Green can accelerate growth, the leaves turn green quickly, delay aging, and have a certain resistance to disease (leaf spot). And increase the weight of the fruit, the weight of the kernel, and the rate of going out of the kernel. As a result, while increasing production, the quality also improves. â–² Beijing Fertilizer Station Fertilizer test for ground peas (potatoes) in 1999. It was designed to be based on conventional fertilization. The treatment area was sprayed with 100 ml foliar with 100 ml/mu green water and the control area was sprayed with water for 4 hours. On the 20th. RESULTS: The control area had a yield of 1600 tons per year, a treatment area of ​​2000 tons and an increase of 25%. The effect was significant. â–²In 2004, Qinyang District, Guangxi Agricultural Environmental Protection Station used four kinds of active fertilizer Jinjuzi to test the red lychee. Based on unified management and fertilization, Treatment 1 was sprayed with US Green on April 11 and applied with LPK fertilizer, synergist, and acid-reducing sweetener. Treatment 2 was only treated with LPK fertilizer and synergist. Twice; Treatment 3 (control) No gold sunflower active fertilizer. Results: 1. Yield. One hundred and fifty percent of production was treated with 540?, an increase of 23.43% over the control (437.5?); and a two-fold yield of 477.5?, an increase of 9.14% over the control. 2, benefits. Treatment 1 The cost of applying active fertilizer was 5.4 yuan/plant, equivalent to 135 yuan/mu; the cost of treatment 2 was 2.8 yuan/plant, equivalent to 70 yuan/mu. To deal with 1 mu production increase of 102.5?, the current price of 11 yuan/?, discount income 1127.5 yuan/acre; processing 2 acres of increase in production 40?, an increase of 440 yuan. After subtracting the cost of applying the active fertilizer, the net income of processing 1 mu is 992.5 yuan, and the net income of 2 mu is 370 yuan. 3, the application of active fertilizer, the fruit turns red coloring, mature 3-5 days earlier. The sweetness of the fruit increased, the field measured 1 sag of 14.46, treatment 2 sag of 14.35, and control of 14.29. 4. The application of active fertilizer, fruit enlargement significantly, flesh and heavy fruit weight. The average fruit weight of treatment 1 was 28.01 grams, the treatment 2 was 23.08 grams, and the control was 22.26 grams. As the number of fruits falling from fruits decreased, the fruit-keeping rate of Treatment 1 increased by 5.56% compared with the control, and Treatment 2 increased by 2.15%. Due to the increase in fruit sweetness after the application of active fertilizers, more fruit-feeding moths are infested. This is a new problem to be solved. â–² Guangxi Hengxian Agricultural Bureau and Liujing Promotion Station In 2000, four kinds of active fertilizer with sunflower seeds were used for red lychee in March. A total of 35 acres were tested in three fields. The treatment zone is basically the same as that of Qinnan District. Observed: The application of sunflower seed active fertilizer, leaf green and blue and shiny without sagging; female flowers full of powder; fruit growth fast, fruit branches appear to be particularly sagging; mature fruit shoulder full, cracking fruit, color red (control pale red), the average fruit Weight 29.2 grams, 2.1 grams over the control (27.1 grams), weight gain rate of 7.75%; an average of 18.1% soluble solids, an increase of 1% over the control (17.1%), an increase of 5.8%. â–² The Agricultural Technology Station of Jieshou Town, Xing'an County, Guangxi Province tested the grapes in 2000 and sprayed Meiluo with two other active fertilizers. The control was conventional fertilization. Test varieties Kyoho and the United States red mention. As a result, the three trials of the Shijin apricot kernel yielded an average yield increase of 10.3% and a high Brix content of 2.1 units (Brix%) compared to the control. The grapes had good taste, crisp and non-flowing juice, and made the Kyoho taste similar to that of the US. And can promote early-morning morning market (US Red early 20 days, Kyoho early 5-10 days). In the treatment area, the thickness of the leaves was increased by 10.63%, the color was dark green, and the wilting resistance was significantly increased in the dry season. The downy mildew and powdery mildew were greatly reduced, and one or two injections were sprayed less than the control area, which reduced the cost and reduced the pollution.