Method for preventing and curing cotinus-coggygria fusarium wilt
A Fusarium wilt disease, Fusarium wilt resistance technology, applied in horticultural methods, botanical equipment and methods, chemicals for biological control, etc., can solve the problem of rapid spread of Fusarium wilt, low incidence of Cotinus cotinus, severe environmental pollution, etc. problem, achieve good control effect, enhance growth vigor, and promote the effect of long branches and long leaves
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Embodiment 1
[0031] Embodiment 1: the screening of application mode
[0032] 1. Preparation of anti-fusarium wilt agent solution
[0033] 1-1) Add azoxystrobin into water, mix with water, stir to dissolve, disperse evenly, and prepare azoxystrobin solution, that is, azoxystrobin 400 times aqueous solution, wherein the weight ratio of azoxystrobin to water is 1:400;
[0034] 1-2) Add the Bacillus subtilis suspension into water, mix with water, stir to dissolve, disperse evenly, and prepare an aqueous suspension of Bacillus subtilis, that is, a 400-fold aqueous suspension of Bacillus subtilis, wherein, Bacillus subtilis The weight ratio of bacillus suspension to water is 1:400;
[0035] 1-3) Add the composite chitin into water, mix with water, stir to dissolve, disperse evenly, and prepare a composite chitin solution, that is, a 400-fold aqueous solution of the composite chitin, wherein the weight ratio of the composite chitin to water is 1:400.
[0036] 2. Drug treatment
[0037] Selec...
Embodiment 2
[0051] Example 2: Screening of the types of agents and optimal concentrations that can effectively prevent and treat Cotinus cotinus wilt
[0052] 1. Preparation of anti-fusarium wilt agent solution
[0053] 1-1) Prepare different concentrations of azoxystrobin aqueous solution
[0054] Add azoxystrobin into water, mix with water, stir to dissolve, disperse evenly, and prepare azoxystrobin solutions of different concentrations, that is, to prepare azoxystrobin 200 times, 400 times, and 600 times aqueous solutions; wherein, azoxystrobin 200 times The weight ratio of azoxystrobin and water in the 400-fold aqueous solution of azoxystrobin is 1:200; the weight ratio of azoxystrobin and water in the 400-fold aqueous solution of azoxystrobin is 1:400; The weight ratio is 1:600.
[0055] 1-2) Prepare different concentrations of Bacillus subtilis aqueous suspension
[0056] Add the Bacillus subtilis suspension into water, mix with water, dissolve and disperse evenly, and prepare Ba...
Embodiment 3
[0068] Embodiment 3: the screening of the optimal application height of trunk injection
[0069] 1. Prepare an aqueous suspension of Bacillus subtilis
[0070] Add the Bacillus subtilis suspension into water, stir, mix with water and disperse evenly, and prepare a 400-fold diluted Bacillus subtilis aqueous suspension, that is, prepare a 400-fold aqueous suspension of Bacillus subtilis; wherein, Bacillus subtilis The weight ratio of Bacillus subtilis suspension and water in 400 times of water suspension is 1:400;
[0071] 2. Injection treatment
[0072] Select 80 susceptible sumacs with similar tree height, tree age and growth, and divide them into 3 treatment groups (i.e. trunk base group, trunk 0.5m group, trunk 1m group) and 1 control group, with 20 trees in every group;
[0073] At the beginning of June, 2014 - mid-August began to carry out the trunk injection agent Bacillus subtilis 400 times of water suspension at different tree height positions of the three treatment g...
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