Enhancing the quality of stored rice seeds and grains using hermetic storage grain bag in Assam, India

Post-harvest losses (PHL) are a major concern, particularly in rice, with estimates ranging from 10 to 30% throughout its value chain. Effective seed storage is crucial for minimizing these losses, which are primarily caused by inadequate drying, adverse storage conditions, and pest infestations. He...

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Autores principales: Khandai, Suryakanta, Kumar, Vipin, Baishya, Saurajyoti, Naveen, Jami, Kumar, Virendar, Balingbing, Carlito B., Yahaya, Rabe, Singh, Sudhanshu
Formato: Journal Article
Lenguaje:Inglés
Publicado: Elsevier 2025
Materias:
Acceso en línea:https://hdl.handle.net/10568/176058
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author Khandai, Suryakanta
Kumar, Vipin
Baishya, Saurajyoti
Naveen, Jami
Kumar, Virendar
Balingbing, Carlito B.
Yahaya, Rabe
Singh, Sudhanshu
author_browse Baishya, Saurajyoti
Balingbing, Carlito B.
Khandai, Suryakanta
Kumar, Vipin
Kumar, Virendar
Naveen, Jami
Singh, Sudhanshu
Yahaya, Rabe
author_facet Khandai, Suryakanta
Kumar, Vipin
Baishya, Saurajyoti
Naveen, Jami
Kumar, Virendar
Balingbing, Carlito B.
Yahaya, Rabe
Singh, Sudhanshu
author_sort Khandai, Suryakanta
collection Repository of Agricultural Research Outputs (CGSpace)
description Post-harvest losses (PHL) are a major concern, particularly in rice, with estimates ranging from 10 to 30% throughout its value chain. Effective seed storage is crucial for minimizing these losses, which are primarily caused by inadequate drying, adverse storage conditions, and pest infestations. Hermetic storage has emerged as a significant alternative to traditional storage methods. This study aimed to compare the effectiveness of two storage methods—gunny bags and super grain bags over six storage periods (from initial to five months) at two locations (Dikhowmukh in district Sivasagar and Khanamukh in district Jorhat) in Assam, India. The experiment was laid with a completely randomized design. Moisture content, germination percentage, and live and dead insect counts were recorded after the completion of each successive month for a period of five months. The observations were recorded considering the ambient temperature, external humidity, and temperature. Results indicated that storage methods significantly influenced all parameters, while storage duration influenced only insect counts. Super grain bags maintained lower moisture levels, improved germination rates by 11.2%, and reduced insect infestation and broken grain percentages compared to gunny bags. The findings suggest that super grain bags are a superior option for paddy seed storage, effectively reducing PHL and enhancing seed quality.
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spelling CGSpace1760582025-12-08T10:06:44Z Enhancing the quality of stored rice seeds and grains using hermetic storage grain bag in Assam, India Khandai, Suryakanta Kumar, Vipin Baishya, Saurajyoti Naveen, Jami Kumar, Virendar Balingbing, Carlito B. Yahaya, Rabe Singh, Sudhanshu postharvest losses rice seeds seed storage moisture content germination insect pests seed quality paddy drying environmental temperature experimental design Post-harvest losses (PHL) are a major concern, particularly in rice, with estimates ranging from 10 to 30% throughout its value chain. Effective seed storage is crucial for minimizing these losses, which are primarily caused by inadequate drying, adverse storage conditions, and pest infestations. Hermetic storage has emerged as a significant alternative to traditional storage methods. This study aimed to compare the effectiveness of two storage methods—gunny bags and super grain bags over six storage periods (from initial to five months) at two locations (Dikhowmukh in district Sivasagar and Khanamukh in district Jorhat) in Assam, India. The experiment was laid with a completely randomized design. Moisture content, germination percentage, and live and dead insect counts were recorded after the completion of each successive month for a period of five months. The observations were recorded considering the ambient temperature, external humidity, and temperature. Results indicated that storage methods significantly influenced all parameters, while storage duration influenced only insect counts. Super grain bags maintained lower moisture levels, improved germination rates by 11.2%, and reduced insect infestation and broken grain percentages compared to gunny bags. The findings suggest that super grain bags are a superior option for paddy seed storage, effectively reducing PHL and enhancing seed quality. 2025-06 2025-08-11T02:03:59Z 2025-08-11T02:03:59Z Journal Article https://hdl.handle.net/10568/176058 en Open Access application/pdf Elsevier Khandai, Suryakanta, Vipin Kumar, Saurajyoti Baishya, Jami Naveen, Virendar Kumar, Carlito B. Balingbing, Rabe Yahaya, and Sudhanshu Singh. "Enhancing the quality of stored rice seeds and grains using hermetic storage grain bag in Assam, India." Results in Engineering (2025): 105586.
spellingShingle postharvest losses
rice
seeds
seed storage
moisture content
germination
insect pests
seed quality
paddy
drying
environmental temperature
experimental design
Khandai, Suryakanta
Kumar, Vipin
Baishya, Saurajyoti
Naveen, Jami
Kumar, Virendar
Balingbing, Carlito B.
Yahaya, Rabe
Singh, Sudhanshu
Enhancing the quality of stored rice seeds and grains using hermetic storage grain bag in Assam, India
title Enhancing the quality of stored rice seeds and grains using hermetic storage grain bag in Assam, India
title_full Enhancing the quality of stored rice seeds and grains using hermetic storage grain bag in Assam, India
title_fullStr Enhancing the quality of stored rice seeds and grains using hermetic storage grain bag in Assam, India
title_full_unstemmed Enhancing the quality of stored rice seeds and grains using hermetic storage grain bag in Assam, India
title_short Enhancing the quality of stored rice seeds and grains using hermetic storage grain bag in Assam, India
title_sort enhancing the quality of stored rice seeds and grains using hermetic storage grain bag in assam india
topic postharvest losses
rice
seeds
seed storage
moisture content
germination
insect pests
seed quality
paddy
drying
environmental temperature
experimental design
url https://hdl.handle.net/10568/176058
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