Hubei Agricultural Sciences 

About: Hubei Agricultural Sciences is an academic journal. The journal publishes majorly in the area(s): Agriculture & Population. It has an ISSN identifier of 0439-8114. Over the lifetime, 1034 publications have been published receiving 1480 citations.

Advances in Pharmacological Research of Eugenol

Abstract: Summarya main constituent of clove oil, is an organic phenol with antipyretic, analgesic, anti-in!ammatory, and anesthetic e"ects. Pharmacological studies showed that eugenol also has antibacterial, antifungal, antioxidant, anticancer, and insect repellent activities. Given its minimal side e"ects, low toxicity, and non-metabolized residue, eugenol is widely accepted in many #elds such as pharmaceuticals and cosmetics. Further elucidation of the functional groups, action sites, and action model of eugenol, along with the establishment of related database, is expected to widen the applications of eugenol. This paper brie!y reviews the pharmacological e"ects of eugenol. Curr Opin Complement Alternat Med 2014; 1:8-11

Population dynamics of soybean aphid Aphis glycines and its natural enemies in fields

Abstract: Systematic survey and analysis in the fields showed that the peak damage period of Aphis glycines was the blooming stage of soybean. The density of soybean aphid reached 18815 per 100 plants and the dwarf rate of soybean plants was 20%. There were 15 species of main natural enemies. The density of natural enemies was 431 per 100 plants during peak period, the dominant natural enemies had 5 species, Propyloea japonica, Sphoerophoria sp., Erigonidium gramincola, Diaeretiella rapae, and Scymnus hoffmanni. The population dynamic curve of natural enemies resembled to that of Aphis glycines, but was delayed by 5-7 d.

The Application Research of Nano-biotechnology to Promote Increasing of Vegetable Production

Abstract: Nano-biotechnology was first used on crops in 2007,when 5 to 50 nm of carbon was added to the fertilizer to forming Nano-fertilizer.The experiments of fertilizer efficiency on radish,cabbage,cabbage,eggplant,peppers,tomatoes,celery and leek crops were carried out for the past two years.The results showed that the fertilizer promoted the growth of the crops,come into the market 5 to 7 days ahead of time,and made the yield increase 20% to 40%.After fertilization the white radish grew to 83 cm in 38 days,eggplant 1.2 kg in 20 days and so on.Nano-fertilizer could improve the quali-ty of the vegetables.The content of VC in chili increased 1.5 times.Nano-carbon was proved to be non-toxic materials by the Chinese Center for Disease Control and Prevention.

Optimization of Chitin Extraction from Shrimp and Crab Shell in Chaoshan Area

Abstract: Using traditional acid-alkali method to extract chitin from the shrimp and crap shell in Chaoshan area, orthogonal experiment was conducted on the three elements of acid concentration, dosage and time to make sure the best extraction technology. The results showed that for decalcifying 5.00 g shrimp shell,the optimum extraction conditions were 1.50 mol / L HCl, 50.00 m L, treat 6 h, and the alkali concentration 2.00%, the average use of alkali 36.30 m L, treat 24 h, and then the yield of chitin was 22.40%. For crab shell, the best conditions were 1.50 mol / L HCl,75.00 m L and treat 6 h,and 2.00% alkali, 25.03 m L on average and treat 24 h, and then the yield of chitin was 19.80%.

The Application of Cloud Computing in Agricultural Management Information System

Abstract: The status and problems in the development process of agricultural information in China were analyzed.More and more management information systems were applied in various fields of agriculture in the development process of agricultural information.However,the repeated system construction and data between different systems could not be shared were the largest obstacle for the development of agricultural management information systems.The existing work mode of agricultural management information system would be changed by the emergence and popularization of cloud computing technology.It would provide a solid source of power for the development of agricultural information.