00:00NBA RIA emnako nabrikewa gehyaniko nike eek eesa research kiya
00:04hai jose research dayish ke kisanu ke lilye
00:06verdaan sabit honne wala hai
00:08he research d понял a real flloصل
00:11mei luggnu olay rog pa in
00:13yani rog ko kiaisere khotled
00:14bad bacteria militaryAA begitu
00:22fas UN comes in
00:29यह रिसर्च बुनियादी तोर पर धान पे किया गया है लेकिन 12 ऐसे और फसल हैं जिस पर यह काम
00:38करेगा तो जाहिर है कि जब रोग लग जाता है तो फसलों की पैदावार जो है 40-45 प्रतिशत घट
00:46जाती है लेकिन जब इस गुड बैक्टीरिया को खेत में किसान डालेंगे �
00:52तो वो पैदावार उनकी नहीं घटेगी और जादा से जादा पैदावार की संभावना है यह करीब कुछी दिनों में बाजार
01:02में आ जाएगा बायो फर्टिलाइजर जिसे गुड बैक्टीरिया भी कहते हैं किसान इसे बाजार से खरीद करके अपने खेत में
01:09सिधे डालें
01:10और वहाँ पर जो कि फस्लों में जो रोग लगता है वो रोग खतम होगा बताना चाहूंगी कि यह जो
01:19रिसर्च है गुड बैक्टीरिया को लेके वह हमने एक ब्रॉड होस्ट्रिंग फंजाई के अगेंस्ट की हुए है यह जो ब्रॉड
01:26होस्ट्रिंग पंजाई है जैसा कि
01:40We have studied the plant as a model crop.
01:44If the plant has been able to work with seed blight diseases,
01:48then there are different hosts,
01:50which have been infected with different crops,
01:52which will help with disease control.
01:56This is our biological control agent,
01:59which is called Good Bacteria,
02:01which has identified as a Bacillus amyloy liquefacients.
02:05The plant has reduced the growth of the plant.
02:12It stops the growth of the plant,
02:15which keeps the growth from the plants.
02:16It keeps the filaments from the plants.
02:18The plant is reduced from the plants.
02:22It keeps its roots and our plants from the plant.
02:27This plant is also very problematic.
02:31because this is sclerotia, we call resting bodies,
02:39their life is 10 to 20 years,
02:43and because of their presence in the soil,
02:47it can never cause infection.
02:49If our good bacteria will not become sclerotia,
02:53it will help the disease control.
02:54It will help the disease control in this way.
02:58It will reduce the disease incidence in the plants.
03:03What does the production impact?
03:08We say that because of the use of biopesticides,
03:14we can control up to 20% to 25-30% of the growth
03:20and we can control the disease conditions.
03:25So, it will reduce the disease control
03:29and the growth will increase in 20-25%.
03:32So, we use these things to control,
03:34and we use the fertilizer fertilizer.
03:37How do you get the fertilizer?
03:40How do we have the fertilizer to control?
03:43We use the fertilizer for several chemical fungicides.
03:49We use that in order to help us perform a difference.
03:56What do we use of biopesticides to change?
03:58I have the fertilizer to control for other chemicals.
04:00We use the fertilizer to help us live in these chemicals.
04:01Because the fertilizer is often a big change.
04:03We are often using the fertilizer.
04:07Not having the deterioration of fertilization.
04:09It creates a microaign for genocide.
04:12and other things like this.
04:16If we call good bacteria or biological control agent,
04:22and if we call further technology,
04:24then we call bio-pesticides.
04:26If we control diseases,
04:29then chemical fungicides will decrease.
04:31The crop will decrease.
04:33The crop will increase.
04:38The crop will increase.
04:38The crop will increase.
04:40The crop will increase.
04:43The crop will increase.
04:45The crop will increase.
04:46The crop will increase.
04:49When did the crop grow?
04:52We have filed it in CIBRC,
04:54for a biopesticides.
04:57Once it gets registered,
04:59we can do it in commercialization.
05:02We have a great deal.
05:03We have a great deal.
05:04We have a great deal.
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