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Amino acids and nitrogen liquid fertilizer

General Information Dora Amino 30 liquid is  amino acids liquid fertilizer  containing many kinds of L-Amino acids to provide an instant energy boost during the whole stages of root system development, flowering and fruiting for all crops. Specification Free Amino acids ≥30%(w/v) Appearance: dark brown liquid Density 1.25g/ml  Total Nitogen ≥8% pH 4.5–5.5  Shelf life 2 years Why choose Dora Amino 30 liquid ? Significantly helps increase the rate of photosynthesis enabling plants have a good performance during the whole growth period. Help plants increase the uptake of micronutrients(e.g. Fe, Zn, Mn, Cu) because amino acids is a highly effective natural chelating It is also recommended as a 100% water soluble organic nitrogen fertilizer for fertigation (drip irrigation) and hydroponic irrigation systems. Widely used as a foliar fertilizer in combination with water soluble fertilizers and almost all commercial plant protection agents to enhance their efficiency.

What's fungicide ?

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Plant disease is the main enemy of agricultural production. According to the Food and Agriculture Organization of the United Nations (FAO), the average annual loss of production due to plant diseases is 10% to 15%. At present, the main means of controlling plant diseases is chemical fungicides. However, due to potential human health hazards, environmental pollution, non-target organisms, and development of plant pathogen resistance, the development of chemical fungicide has been limited. Biological fungicide are attracting more and more people’s attention and interest. What’s Biofungicides? Bio-sourced fungicides refer to the direct use of biologically active substances produced by biological organisms or biological metabolic processes or substances extracted from organisms as a disease prevention and treatment. The concept of biological pesticides is vague and can be considered equivalent to biologically derived fungicides. According to s

6 ways to stimulate plants root growth

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Root growth is vital for plants growth.It’s responsible for the absorption of nutrients and water, as well as controlling the physiological activities of the aboveground organs. 6 ways to stimulate plants root growth 1.Adjust the soil pH of the plough layer Unreasonable fertilization for many years leads to changes in the pH value of the plough layer, which is the root cause of today’s soil problems. Our recommendation is to use a special soil conditioner according to the actual situation after testing the pH of the plough layer. 2.Adding biological fertilizer(Such as  Trichoderma harzianum ) The application of biological fertilizer can improve the soil condition, they are suitable to be applied on soils problems with salinization,hardening and acidification.Significantly improve these soil condition and promote the growth of root system, and can control harmful bacteria and fungus or other organisms to reduce plants soil borne disea

Process of Root growth

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Good soil is the basic for root growth. One application of Dora Rootguard can protect crops roots away from various soil diseases for 3 months. Dora RootGuard is trichoderma harzianum biological fungicide for eliminating damaging fungal pathogens, such as Phytophthora, Rhizoctonia, Pythium, Fusarium.It will form a nature defensive bond to “Guard” your crop’s roots. One Application provides 2-3 months root system protection against soil borne diseases. More info of Dora rootguard: www.doraagri.com/product/dora-rootguard/

Why bacillus subtilis is the most popular biofertilizer?

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Bacillus subtilis grows fast.It can produce heat-resistant and stress-resistant spores. It can be made into various dosage forms. It can be mixed with chemical pesticides without inactivation, and the mass production process is simple, the cost is low, and the application is convenient and storage. bacillus subtilis The effects of Bacillus subtilis on plants are mainly reflected in the following aspects: 1.Nutrition and space competition The competitive effects of Bacillus subtilis mainly include nutritional competition and spatial locus competition. It can rapidly and massively multiply and colonize in the rhizosphere, body surface or in the soil and in the soil, effectively reject, prevent and interfere with the colonization and infection of plant pathogenic microorganisms on plants, thereby achieving antibacterial and disease-preventing effects. 2.Produce antibacterial substances Bacillus subtilis can produce a variety of substances with antibacterial and bac

Welcome to Dora Agri at 2018 Agroexpo Bogota

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2018 Agroexpo Bogota In 2018,many countries begin to attach importance to environmental protection,then many traditional pesticides are forbidden to sale. From 2017,Dora Agri foucs on biocontrol solution to reduce the use of traditional pesticides and fungicides.Now great progress has been made in research on biocontrol solution. If you have interest,Please kindly check the our  biocontrol  and  biofertilizer  series.Hope our information will be useful for you,and we are willing to hearing from your reviews.

What’s difference between early blight and late blight?

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Early blight  and  late blight  are important diseases on solanaceous vegetables.Although the names of the two diseases are only one word difference,some vegetable farmers do not know exactly about early blight and late blight.Some people even think that the two diseases are only happening time different. There are many problems in the prevention and treatment of diseases.Especially in the selection and use of chemical fungicide,blind drug use not only does not play a role in disease prevention,but delays the best prevention and control time,leading to serious diseases. early blight and late blight What’s difference between early blight and late blight? Early blight  mainly affects the stems,leaves,and fruits of vegetables,and is most susceptible to disease at the branches of leaves and stems.At the seedling stage,the base of the stem of the seedlings is dark brown lesions,slightly sunken,and has a ring pattern.The onset of adulthood generally develops from the lower lea