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Comparative ergonomic assessment of manual harvesting of un-lodged and lodged paddy crops post-tropical cyclone in India

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Abstract

Objective

In recent times, increased rainfall from tropical cyclones due to climate change affects the agricultural sector, mainly the paddy fields. High windspeed with excessive rain causes lodging of paddy crops, which is difficult to harvest. Mechanized harvesting systems are ineffective in this situation due to waterlogging in the fields. Manual harvesting with a traditional sickle is the only way to harvest lodged crops to save food security crises and economic losses. Collecting the lodged paddy stems lying on the ground for harvesting manually is time-consuming and harvesters need to maintain an awkward posture for a prolonged period compared to harvesting un-lodged crops.

Methods

Seventy-five female harvesters aged 35–75 years were selected for the study from both lodged and un-lodged small-scale farming lands of Kerala, a southwestern coastal state of India. A comparative ergonomic assessment was conducted to measure body pain, perceived exertion, postural risks, and rate of production under both harvesting conditions.

Results

The harvesters reported significant higher rates of body pain, perceived exertion, high postural risks, and low productivity in lodged conditions compared to un-lodged condition.

Conclusion

Harvesting lodged crops involves high risks with low productivity and needs immediate ergonomic design intervention for the well-being of the harvesters.

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Acknowledgements

The authors acknowledge Sreejith S. (Agricultural Officer) and all the farmers who supported during the study.

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Authors and Affiliations

  1. PDPM Indian Institute of Information Technology Design and Manufacturing Jabalpur, Jabalpur, Madhya Pradesh, India

    Vinu Vimal, Rajat Kamble & Sangeeta Pandit

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  1. Vinu Vimal
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  2. Rajat Kamble
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Correspondence to Sangeeta Pandit.

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Vimal, V., Kamble, R. & Pandit, S. Comparative ergonomic assessment of manual harvesting of un-lodged and lodged paddy crops post-tropical cyclone in India. Int Arch Occup Environ Health 96, 367–376 (2023). https://doi.org/10.1007/s00420-022-01928-7

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