Application Of Beneficial Microbial Motivated Holistic Green System On Featured Crops Strawberries,Chinese Traditional Medicinal Crops Such As Lily And Honeysuckle

Chinese traditional medicinal crops are important economic crops in China.With the increasing popularity of Chinese medicine in the world and the demand for Chinese traditional medicinal crops are increasing day by day,Wild Chinese traditional medicinal crops resources have long been in short supply.Strawberry is also an important economic crop in our country,each acres of strawberry can earn 30,000 to 50,000 yuan,with a high profit.Chinese traditional medicinal crops,strawberry and other featured crops have high economic value,which can bring considerable economic benefits to the growers,and play an important role in accelerating the process of poverty alleviation in rural China.But continuous cropping leads to serious plant disease occurs,part of the plant personnel one-sided pursuit of production and economic benefit,the abuse of chemical fertilizers,not only affect the crops quality and safety,also led to the dependence of the field of chemical fertilizers to further increase,grow in the process of gradually increase income of farmers’ medical costs make it difficult to get,is not conducive to the sustainable development of local characteristic agriculture.In order to ensure the sustainable production of featured crops,it is necessary to reduce the repeated use of single chemical fertilizers and pesticides,and build a comprehensive control system.In previous research,the lab to the green planting system in the whole process of the beneficial microbes drive applications in a variety of crops and from the disease,and achieved good effect,in order to change the status of the crop planting,we around Benificial Microbial Motivated holistic Green plant system to explore the impact on production of strawberries,honeysuckle and lily.1.Application of Benificial Microbial Motivated holistic Green plant system on strawberries.Strawberry has high economic value,but serious continuous cropping diseases,especially strawberry fusarium wilt,will affect the growth of strawberry and reduce the yield.Continuous use of chemical pesticides can easily lead to strawberry residues exceeding standard,which is not conducive to strawberry quality and safety.In order to solve the above problems,this experiment focused on the whole-process green planting system driven by beneficial microorganisms to explore its effects on soil improvement and prevention and control of strawberry fusarium wilt.The results showed that the soil organic matter after the treatment of BEMMG system was increased by 4.65%,5.62% and 11.1%,respectively,compared with the soil before planting in the three test sites,which showed the effect of improving soil fertility.The fruit setting rate of strawberry plants treated with BEMMG system was increased by 36.8% and 13.4%,respectively,compared with conventional planting.In addition,the fruit quality of strawberry treated with BEMMG system in three experimental sites was also improved to different degrees.The above results indicated that the application of the whole-process green system driven by beneficial microorganisms on strawberry exposed its ability of promoting growth,preventing disease and improving soil,which was beneficial to the development of local special crop strawberry and suitable for promotion in the local area.2.Application of Benificial Microbial Motivated holistic Green plant system on honeysuckle.Honeysuckle is one of the important Chinese medicinal materials in China,which will play a pivotal role in the treatment of COVID-19 in 2020.As a flower plant,honeysuckle is susceptible to powdery mildew and other diseases.In order to explore the effect of the whole-process Be MMG on the production of honeysuckle and solve the problem of honeysuckle disease,this chapter carried out the green control experiment of honeysuckle around the BEMMG system.The results showed that the control effect of the Be MMG system on honeysuckle brown spot was 4.47% higher than that of the conventional treatment,and the concentrations of chlorogenic acid and luteoloside in the Be MMG system were 58.66% and 43.53% higher than that of the conventional planting system,respectively,which were higher than the pharmacopoeia requirement for the medicinal content of honeysuckle.The Be MMG plays a good role in improving the quality of honeysuckle and preventing brown spot disease,which is superior to the local conventional system.3.Application of Benificial Microbial Motivated holistic Green plant system on Lily.Continuous cropping disease of lily affects stable yield,but there are few pesticide species registered on lily at present,and long-term use of single chemical pesticide is easy to cause pesticide residues.In order to fill the vacancy of green plant protection methods on lily,this experiment focused on the Be MMG system to explore its effect of disease prevention and yield increase on lily.The experimental results showed that compared with the blank control,the relative control effect of the Be MMG on lily fusarium wilt was65.12%,and the control effect was better than that of the conventional treatment.In terms of quality improvement effect,the polysaccharide content of lily bulbs in the Be MMG treatment group was 13.9% higher than that in the blank treatment group,which was significantly higher than that in the conventional treatment group.Meanwhile,in terms of yield,the predicted per-mu yield of 2453.1kg of Be MMG system was the highest among the three treatments.All the above results showed that the Be MMG lily system had a good effect on disease control and yield improvement.