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Showing posts with the label Bt Cotton

Alert for Cotton Farmers: The Pink Bollworm Has Changed Its Feeding Behavior

  “Feeding Behavior of Pink Bollworm is Changing – Now It Attacks Early and Hides in Open Flowers!” This isn't just a scientific observation; it's a critical alert for every cotton farmer, especially in North India. The old rules for managing this devastating pest no longer apply. Changing Feeding Behavior of Pink Bollworm To protect your crop, you need to understand how the enemy has adapted. Pink Bollworm: Then vs. Now For years, farmers followed a predictable pattern for Pink Bollworm (PBW) management. Traditional Behavior: PBW was known to attack mid-to-late season cotton. The larvae would feed inside squares and young bolls, causing "rosette flowers"—flowers that fail to open because the petals are stuck together by the larva's webbing and frass. What's Changing Now: A new and dangerous trend is emerging. The infestation is happening much earlier, just after flowering begins. The larvae are now commonly found feeding inside open flowers , often without ...

Beyond Bt Cotton: What's Holding Back India's GM Crop Revolution?

 " India ranks 4th in the world for GM crop cultivation, yet only grows one. The question is: what’s holding us back?” This is one of the biggest paradoxes in modern Indian agriculture. Beyond Bt Cotton: What's Holding Back India's GM Crop Revolution?      It has been nearly three decades since the first major genetically modified (GM) crops were commercially cultivated worldwide. Yet, as of today, only one GM crop is approved for commercial cultivation in India: Bt Cotton . The Case of GM Mustard (DMH-11): So Close, Yet So Far The most prominent example of this stagnation is GM Mustard (DMH-11). Despite being approved for environmental release by the Genetic Engineering Appraisal Committee (GEAC) back in October 2022, it is still not being commercially cultivated. Developed by the University of Delhi’s Centre for Genetic Manipulation of Crop Plants (CGMCP ) , DMH-11 contains genes from a soil bacterium that enable more efficient hybridization, boosting potential ...