
Srinagar, April 9: In a landmark advancement in agriculture research, Sher-e-Kashmir University of Agricultural Sciences and Technology of Kashmir has successfully standardised the cultivation technology of Morchella, popularly known as Gucchi, marking a significant breakthrough over a challenge that has baffled the global scientific community for decades.
This prized mushroom, renowned as one of the world’s most expensive edible fungi, has traditionally been restricted to wild forest habitats due to its complex life cycle and highly specific environmental requirements. The achievement was realised through the independent efforts of two research teams within the university, with Dr Tariq A Sofi and his PhD student Kamran Muneer from the Faculty of Horticulture achieving success under controlled greenhouse conditions, while Dr Vikas Gupta from the Faculty of Agriculture mastered the process in open field conditions.
Morchella is a highly valued gourmet mushroom sought after for its distinctive flavour and medicinal properties, commanding premium prices that make it one of the most lucrative non-timber forest products in the world. Historically, its availability in Jammu and Kashmir has been limited to a short seasonal window and dependent on natural growth within select forest ecosystems.
Vice Chancellor, SKUAST-K, Prof Nazir Ahmad Ganai hailed the development as a game-changing breakthrough that marks a paradigm shift from uncertain wild collection to a scalable, scientifically managed production system. He emphasised that this innovation will transform Gucchi from a scarce forest resource into a high-value agricultural enterprise, offering income opportunities for farmers, rural youth, and forest-dependent communities while simultaneously reducing the ecological pressure on fragile Himalayan forest ecosystems.
SKUAST-K is now moving towards a comprehensive roadmap for the large-scale adoption of this technology, focusing on pilot demonstrations, farmer capacity building, and technology transfer to promote enterprise development. By enabling the transition to standardized production, SKUAST-K is positioning Jammu and Kashmir as a key global supplier of cultivated morels, significantly enhancing the region’s agri-export potential and strengthening its vision as a high-value bio-economy hub.
Srinagar, April 9: In a landmark advancement in agriculture research, Sher-e-Kashmir University of Agricultural Sciences and Technology of Kashmir has successfully standardised the cultivation technology of Morchella, popularly known as Gucchi, marking a significant breakthrough over a challenge that has baffled the global scientific community for decades.
This prized mushroom, renowned as one of the world’s most expensive edible fungi, has traditionally been restricted to wild forest habitats due to its complex life cycle and highly specific environmental requirements. The achievement was realised through the independent efforts of two research teams within the university, with Dr Tariq A Sofi and his PhD student Kamran Muneer from the Faculty of Horticulture achieving success under controlled greenhouse conditions, while Dr Vikas Gupta from the Faculty of Agriculture mastered the process in open field conditions.
Morchella is a highly valued gourmet mushroom sought after for its distinctive flavour and medicinal properties, commanding premium prices that make it one of the most lucrative non-timber forest products in the world. Historically, its availability in Jammu and Kashmir has been limited to a short seasonal window and dependent on natural growth within select forest ecosystems.
Vice Chancellor, SKUAST-K, Prof Nazir Ahmad Ganai hailed the development as a game-changing breakthrough that marks a paradigm shift from uncertain wild collection to a scalable, scientifically managed production system. He emphasised that this innovation will transform Gucchi from a scarce forest resource into a high-value agricultural enterprise, offering income opportunities for farmers, rural youth, and forest-dependent communities while simultaneously reducing the ecological pressure on fragile Himalayan forest ecosystems.
SKUAST-K is now moving towards a comprehensive roadmap for the large-scale adoption of this technology, focusing on pilot demonstrations, farmer capacity building, and technology transfer to promote enterprise development. By enabling the transition to standardized production, SKUAST-K is positioning Jammu and Kashmir as a key global supplier of cultivated morels, significantly enhancing the region’s agri-export potential and strengthening its vision as a high-value bio-economy hub.
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