0.6SL    OAA-OCC-N2018-001              ECOCERT              INPUTS    17030113
An alkaloid extracted from Sophora flavescens                 which is a highly efficient, broad spectrum,                 organic, botanical pesticide. Its active          0.6SL  ingredient, Matrine, controls Diamondback                 Moth (DBM) in Cabbage by direct contact and  stomach poison. Matrix 0.6 SL acts on insect pest central nervous  system, causing breath inhibition and motion imbalance against DBM.    COMPOSITION  Matrine ............................................................................................... 6 g  Other Alkaloid ............................................................................... 30 g  Organic Matter .......................................................................... 300 g  Ethanol ......................................................................................... 200 g  Water ................................................... (as solvent) to fill to 1000m    DIRECTION FOR USE:  MATRIX 0.6SL is a botanical insecticide & can effectively control  the following insect pests:    CROP           INSECT PEST  DOSAGE    Pechay  Diamond Back Moth 5 tbsp per 16L sprayer    Timing of application: 25 DAT Interval of application: 10 days      BENEFITS:         Organic botanical pesticide         Curative and preventive insecticide         Reduced population of DBM         No effect on beneficial insects         High yield (in terms of number and weightof marketable            cabbage head)         Less development of pesticide resistance         Low pesticide residue         Low toxicity to humans and other animals         Environmentally friendly
Diamondback Moth Information    Pest Damage: DBM damages crops by larval feeding or the presence of larvae  contaminating produce. Although they are small relative to other lepidopteran pests,  larval densities can reach levels that result in total destruction of leaves, leading to  tremendous economic losses. In brassica crops such as cabbage, DBM is the most  destructive insect pest throughout the world.    Life Cycle:    Pupa  A loose silk cocoon, usually formed on the lower or outer  leaves of the host plant. After a few days of quiescence,  pupation occurs inside the cocoon. Pupae change from  yellow to brown as they develop, are ≈7–9 mm in length,  and require 5–15 d to complete development.    Larva  The larval stage of DBM includes four instars and generally  requires 5–7 d for each stadium, with a total larval  development time of 20–28 d. The body bears a few short  hairs marked by the presence of small white patches and  tapers at both ends with a pair of prolegs protruding from  the posterior end, forming a “V” shape .    Egg  DBM eggs are oval, flattened, ≈0.44 mm in length by 0.26  mm in width, and yellow or pale green. Egg incubation in   the field is highly temperature dependent, ranging from 2   to 20 d and averaging around 6 d.    Adult   Adults are slender, grayish-brown moths ≈6 mm in length   with pronounced antennae. Moths are marked with a broad,   cream or light-brown band along the back that is   sometimes constricted to form one or more light-colored   diamonds (especially in males), which is the basis for the   common name of this insect. Adults can be found resting   on foliage during the day, becoming more active just before   dusk when most mating and oviposition occurs.     Source: https://academic.oup.com/jipm/article/5/3/D1/2194296   https://academic.oup.com/jipm/article/5/3/D1/2194296   https://infonet-biovision.org/PlantHealth/Pests/Diamondback-moth-DBM
Manufactured by:               BEIJING KINGBO BIOTECH LTD.                  Beiyuan Street, Chaoyang District,                                  Beijing, China                      Exclusively Distributed by:                     Customer Service Hotline:    Tel.No.: (63-2) 8642-2680 FaxNo.: (63-2) 8642-5804               MobileNo.:(0918) 9169686       EmailAddress: [email protected]
                                
                                
                                Search
                            
                            Read the Text Version
- 1 - 4
Pages:
                                             
                    