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Rescuing Non-Gm Organic Cotton Seed Through Participatory Breeding Approach

Singh Riar, Amritbir; Joshi, Tanay; Raguwanshi, Shivraj; Deshmukh, Surendra; Sana, Ramprasad; Verma, Rajeev; Yadav, Deepak; Mahavadi, Ashok; Shrivastava, Devendra and Messmer, Monika (2021) Rescuing Non-Gm Organic Cotton Seed Through Participatory Breeding Approach. Paper at: Organic World Congress 2021, Science Forum: 6th ISOFAR Conference co-organised with INRA, FiBL, Agroecology Europe, TP Organics and ITAB, Rennes, France, 8 - 10 September, 2021. [Completed]

[thumbnail of OWC2020-SCI-1090.pdf] PDF - English
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Summary

Introduction of Bt-cotton and its fast adoption in India posed a major threat to availability of non-GM cotton seed for organic production. With the continuous growth of the organic market it is important to maintain non-GM germplasm, to enlarge the offer of organic cultivars with a better performance that meet the demand of the market, and to rebuild the seed sovereignty of organic smallholder cotton farmers. This study aims to examine relative yield performance and fibre length of commercially cultivated American Gossypium hirsutum (HV) and Desi cotton G. arboreum (AV) varieties in comparison with the advance (F6-F8) HV and AV lines developed under Seeding the Green Future (SGF) program at different sites. Analysis revealed wide range in seed cotton yield across different locations in both, heavy and light soils resulting from the unpredictable weather conditions, an extended period of drought during sowing followed by flash flooding during the 2018-19 cotton-growing season. However, both advance (F6-F8) HV and AV lines gave promising results and were at par with the performance of commercial HV and AV cultivars. Analysis of data on fibre quality revealed encouraging results with mean fibre length of >28 mm observed in Bandapari and Akola, especially with advance (F6-F8) AV lines, which is minimum industrial standard. While desi cotton G. arboretum has inherent ability to adapt under adverse climatic condition and is well known for tolerance to sucking pests and drought if coupled with such important quality parameter can help in securing the availability of non-GM seed. This is of special importance as desi cotton does not cross-pollinate with Bt-cotton and shows clearly distinguished leaf morphology. In the current scenario, where the integrity of Indian organic cotton under the spotlight due to GM contamination, there is a need to reorient research efforts to ensure that the existing wealth of genetic diversity of traditional Desi cotton can be capitalized in organic production and industrial processing.


EPrint Type:Conference paper, poster, etc.
Type of presentation:Paper
Keywords:Organic cotton, participatory breeding, seed, Abacus, FiBL65141
Agrovoc keywords:
Language
Value
URI
English
cotton
http://aims.fao.org/aos/agrovoc/c_1926
English
breeding
http://aims.fao.org/aos/agrovoc/c_49902
English
seeds
http://aims.fao.org/aos/agrovoc/c_6946
Subjects: Crop husbandry > Breeding, genetics and propagation
Research affiliation: Switzerland > FiBL - Research Institute of Organic Agriculture Switzerland > International > Regions > Asia
Switzerland > FiBL - Research Institute of Organic Agriculture Switzerland > Crops > Special crops > Cotton
Switzerland > FiBL - Research Institute of Organic Agriculture Switzerland > Crops > Seeds and breeding > Seeds
India
International Conferences > 2021: Organic World Congress, Science Forum: 6th ISOFAR Conference co-organised with INRA, FiBL, Agroecology Europe, TP Organics and ITAB > Ecological approaches to systems' health
Deposited By: rey, m. frederic
ID Code:42159
Deposited On:07 Sep 2021 13:12
Last Modified:27 Jan 2022 13:42
Document Language:English
Status:Unpublished
Refereed:Peer-reviewed and accepted
Additional Publishing Information:A book of abstracts of papers of the Science Forum at the Organic World Congress 2021, September 8-10, Online and on-site in Rennes, France '6th ISOFAR Conference co-organised with INRA, FiBL, Agroecology Europe, TP Organics and ITAB' has been published

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