Fungicides for plants

Basic copper sulfate salts are used as fungicides for plants. 

Hazardous Decomp. Prods. Heated to decomp., emits very toxic fumes of NOx and SOx Uses Systemic fungicide for plant disease control in vegetables, fruit, turf, soybeans, peanuts, etc. wound protectant for fruit trees Regulatory SARA reportable Manuf./Distrib. Atofina http //www.atofinachemicals.com. Helm AG http //www.helmag.com, W.A. Cleary http //WWW. clearychemical. com Trade Name Synonyms 3336 F t[W.A. Cleary http //www.clearychemical.com, 3336 G t[W.A. Cleary http //www.clearychemical.com], 3336 WP t[W.A. Cleary http //www.clearychemical.com]... 

Tridemorph is a broad spectrum microbicide which was developed by BASF 1969 as a systematizing fungicide for plant protection. It may also be used in wood preservatives. At applieation rates of <100mg/l it has been found to be active against wood colouring and wood destroying fungi. 

Agricultural Fungicide for Plant Disease Control Wettable Powder for use in Water... 

Mesterhazy A, Bartok T and Lamper C (2003), Influence of wheat cultivar, species of Fusarium and isolate aggressiveness on the efficacy of fungicides for control of Fusarium head blight , Plant Dis., 87, 1107-1115. 

FEP resin See fluorinated ethylene propylene resin. lef e pe rez-on ferbam org chem C9H sFeN3S8 lron(lll) dlmethyldlthlocarbamate A fungicide for protecting fruits, vegetables, melons, and ornamental plants. for-bom ... 

This comprehensive definition makes it elear that a wide number of substances may be eonsidered to be pestieides, and that the eommonality among all pestieides is their ability to provide eontrol over pests. A variety of classifications for pesticides have been developed that are specific for the type of pest controlled. Insecticides, for example, are pesticides that control insects, while herbicides control weeds and fungicides control plant diseases (molds). In addition to these major classifications of pesticides, there are many other classifications. These include nematicides (for nematode control), acaracides (mite control), rodenticides (rodent control), molluscicide (snail and slug control), algacides (algal control), bacteriocides (bacterial control), and defoliants (leaf control). 

Triazolylcyclopropane derivatives are endowed with antimycotic properties [125]. They are also prepared as plant growth regulators and fungicides for instance 93 (R = unsubstituted and substituted aryl, heteroaryl) markedly inhibited the growth of rice, cotton and soybeans in hot tests [126]. l-(l,2,4-Triazolyl)-2-(2,4-dichlorophenyl)cyclopropane 94, is a more effective fungicide against Podosphaera leucotricha and a better growth retardant in rice and soybeans than the (l,2,4-triazolyl)pentenone 95, Eq. (36) [127]. 

The fungitoxic N-perhalogenmethylmercapto moiety was introduced for plant protection in 1950 The. two fungicides captan(l) (N-(trichloromethylthio)-tetrahydrophthalimide and folpet(2) (N-(trichlorome-thylthio)phthalimide) contain a perchlorinated methyl-thio group (1 ). About a decade later substitution of fluorine for one of the chlorines in the perchloro-... 

In conclusion, all the new systemic fungicides against Oomycetes had an immediate need for mixing partners. It can be assumed that this will also hold true for future systemic fungicides. This use concept calls for flexibility both on the part of industry, national registration authorities, and the extension services to make safe and powerful products available for plant protection. 

Wakae, 0. Matsuura, K. (1975) Characteristics of Validamycin as a Fungicide for Rhizoctonia Disease Control. Review of Plant Protection Research 8, 81-92. 

Szkolnik, M. 1974. Unusual post-infection activity of a piperazine derivative fungicide for the control of cherry leaf spot. Plant Dis. Rep. 58 326-329. 

Yoder, K.S., and Hickey, K.D. 1981. Sterol-inhibiting fungicides for control of certain diseases of apple in the Cumberland- Shenandoah region. Plant Dis. 65 998-1001. 

Professor Filhr discussed penetration, translocation and distribution of fungicides in plants. These aspects of fungicide performance are often critical in determining the success of a systemic fungicide in a particular type of application. The ability to penetrate into plant tissue and move while retaining activity therein is the primary basis for the superiority of the newer systemic fungicides over the older surface protectants. Internal therapeu-tants may also influence the host physiology and as a consequence, be assisted by the natural defense system of the host. 

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