Bindaas Presentation

Bindaas

Tricyclazole 75% WP

Bindaas

Systemic & Protective Fungicide

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Bindaas (Tricyclazole 75% WP)

Most eective fungicide for p re ve n t i o n o f p a d d y b l a s t disease. Long Persistence in the plant more than 2 weeks. It is rapidly and extensively metabolized. It is very stable fungicide- not readily destroyed by sunlight and moisture. Need not spray again if it rains 1 hour after application. It is rapidly absorbed by rice plant and translocated towards leaf tips.

Good Phytotonic Eect.

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Bindaas

Rice is the most important human food crop in the world, directly feeding more people than any other crop. Rice provides 21% of global human per capita energy and 15% of per capita protein. Although rice protein ranks high in nutritional quality among cereals, protein content is modest. Rice also provides minerals, vitamins, and ď€ ber, although all constituents except carbohydrates are reduced by milling.

Dose : 120-160 gm/acre

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Blast Hundreds of millions of people world-wide depend on rice as a staple food . A crop failure, for any reason, poses a real threat of starvation. Rice blast, caused by a fungus, causes lesions to form on leaves, stems, peduncles, panicles, seeds, and even roots. The symptoms of rice blast include lesions that can be found on all parts of the plant, including leaves, leaf collars, necks, panicles, pedicels, and seeds. A recent report shows that even roots can become infected. However, the most common and diagnostic symptom, diamond shaped lesions, of rice blast occur on the leaves, whereas lesions on the sheaths are relatively rare.

The symptoms on leaves may vary according to the environmental conditions, the age of the plant, and the levels of resistance of the host cultivars . On susceptible cultivars, lesions may initially appear gray-green and water-soaked with a darker green border and they expand rapidly to several centimeters in length. On susceptible cultivars, older lesions often become light tan in color with necrotic borders. On resistant cultivars, lesions often remain small in size (1-2 mm) and brown to dark brown in color.

The collar of a rice plant refers to the junction of the leaf and the stem sheath.

Symptoms of infection of the collars consist of a general area of necrosis at the union of the two tissues. Collar infections can kill the entire leaf and may extend a few millimeters into and around the sheath. The fungus may produce spores on these lesions.

The neck of the rice plant refers to that portion of the stem that rises above the leaves and supports the seed head or panicle. Necks are often infected at the node by the rice blast fungus and infection leads to a condition called rotten neck or neck blast.

Infection of the necks can be very destructive, causing failure of the seeds to ď€ ll or causing the entire panicle to fall over as if rotted. The rice blast fungus can also infect the panicles as the seeds form. Lesions can be found on the panicle branches, spikes, and spikelets. The lesions are often gray brown discolorations of the branches of the panicle, and, over time, the branches may break at the lesion.

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