Development of a Plum (Japanese Apricot) Seed Crusher to Control Harmful Larvae (Eurytoma maslovskii) in Plum Orchard

The Eurytoma maslovskii conduces the unexpected plum dropping. It stayed overwinter inside the pits of the dropped plums and able to oviposit on plum surface when the diameter of the plums are over 16 mm prior to endocarp hardening. To control this harmful pests is too much essential to plum orchard...

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Published inJournal of Agriculture & Life Science Vol. 53; no. 2; pp. 153 - 162
Main Authors Ali, Mohammod, Kim, Bok Seok, Park, Seong-Jin, Kim, Hyuck-Joo
Format Journal Article
LanguageEnglish
Published 경상국립대학교 농업생명과학연구원 30.04.2019
농업생명과학연구원
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ISSN1598-5504
2383-8272
DOI10.14397/jals.2019.53.2.153

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Abstract The Eurytoma maslovskii conduces the unexpected plum dropping. It stayed overwinter inside the pits of the dropped plums and able to oviposit on plum surface when the diameter of the plums are over 16 mm prior to endocarp hardening. To control this harmful pests is too much essential to plum orchard. Therefore, the plum seed crusher (PSC) was designed and developed according to the purpose of perishing the pests through destroying the dropped plums. The rocks and the weeds were removed from the plum orchard prior to the test. Manually operated plum seed crusher picked-up the dropped plums from the ground and crushed them. The performance of PSC was evaluated by applying 2.5 and 3.0 km/h travelling speeds, and controlling the gaps; 18, and 28 mm intervals between plum pick-up discs. The test result showed the plum pick-up rate was 98±2.0%, and 92±5.3% with the machine travelling speed of 3.0 km/h in laboratory. Further, it changed to 95±8.7%, and 93±5.8% when the travelling speed was used 2.5 km/h. In both cases of test plum pick-up discs were maintained 18 mm, and 28 mm gap intervals, respectively. Furthermore, in field conditions, pursuing to similar gap intervals, the plum pick-up rate was 94±4.0%, and 92±2.0% with the speed of 3.0 km/h albeit it showed 92±4.0%, and 90±3.5% when the speed was decreased to 2.5 km/h. The maximum plum pick-up rate was found at 18 mm disc intervals with 3.0 km/h travelling speeds. The crushing teeth were selected 8 mm in height by repeated test to destroy the plum seeds. The result showed 100% crushing efficiency was facilitated to entire tests at 280 RPM crushing speeds regardless of plum sizes and shapes. This machine is preferred for the farmers to control the damage of plums by preventing the propagation of the identified pests.
AbstractList The Eurytoma maslovskii conduces the unexpected plum dropping. It stayed overwinter inside the pits of the dropped plums and able to oviposit on plum surface when the diameter of the plums are over 16 mm prior to endocarp hardening. To control this harmful pests is too much essential to plum orchard. Therefore, the plum seed crusher (PSC) was designed and developed according to the purpose of perishing the pests through destroying the dropped plums. The rocks and the weeds were removed from the plum orchard prior to the test. Manually operated plum seed crusher picked-up the dropped plums from the ground and crushed them. The performance of PSC was evaluated by applying 2.5 and 3.0 km/h travelling speeds, and controlling the gaps; 18, and 28 mm intervals between plum pick-up discs. The test result showed the plum pick-up rate was 98±2.0%, and 92±5.3% with the machine travelling speed of 3.0 km/h in laboratory. Further, it changed to 95±8.7%, and 93±5.8% when the travelling speed was used 2.5 km/h. In both cases of test plum pick-up discs were maintained 18 mm, and 28 mm gap intervals, respectively. Furthermore, in field conditions, pursuing to similar gap intervals, the plum pick-up rate was 94±4.0%, and 92±2.0% with the speed of 3.0 km/h albeit it showed 92±4.0%, and 90±3.5% when the speed was decreased to 2.5 km/h. The maximum plum pick-up rate was found at 18 mm disc intervals with 3.0 km/h travelling speeds. The crushing teeth were selected 8 mm in height by repeated test to destroy the plum seeds. The result showed 100% crushing efficiency was facilitated to entire tests at 280 RPM crushing speeds regardless of plum sizes and shapes. This machine is preferred for the farmers to control the damage of plums by preventing the propagation of the identified pests.
The Eurytoma maslovskii conduces the unexpected plum dropping. It stayed overwinter insidethe pits of the dropped plums and able to oviposit on plum surface when the diameter of theplums are over 16 mm prior to endocarp hardening. To control this harmful pests is too muchessential to plum orchard. Therefore, the plum seed crusher (PSC) was designed and developedaccording to the purpose of perishing the pests through destroying the dropped plums. The rocksand the weeds were removed from the plum orchard prior to the test. Manually operated plumseed crusher picked-up the dropped plums from the ground and crushed them. The performanceof PSC was evaluated by applying 2.5 and 3.0 km/h travelling speeds, and controlling the gaps;18, and 28 mm intervals between plum pick-up discs. The test result showed the plum pick-uprate was 98±2.0%, and 92±5.3% with the machine travelling speed of 3.0 km/h in laboratory. Further, it changed to 95±8.7%, and 93±5.8% when the travelling speed was used 2.5 km/h. Inboth cases of test plum pick-up discs were maintained 18 mm, and 28 mm gap intervals,respectively. Furthermore, in field conditions, pursuing to similar gap intervals, the plum pick-uprate was 94±4.0%, and 92±2.0% with the speed of 3.0 km/h albeit it showed 92±4.0%, and90±3.5% when the speed was decreased to 2.5 km/h. The maximum plum pick-up rate wasfound at 18 mm disc intervals with 3.0 km/h travelling speeds. The crushing teeth were selected8 mm in height by repeated test to destroy the plum seeds. The result showed 100% crushingefficiency was facilitated to entire tests at 280 RPM crushing speeds regardless of plum sizesand shapes. This machine is preferred for the farmers to control the damage of plums bypreventing the propagation of the identified pests. KCI Citation Count: 0
Author Kim, Hyuck-Joo
Park, Seong-Jin
Ali, Mohammod
Kim, Bok Seok
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Eurytoma maslovskii
Japanese apricotpick-up
Plum seed crusher
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Snippet The Eurytoma maslovskii conduces the unexpected plum dropping. It stayed overwinter inside the pits of the dropped plums and able to oviposit on plum surface...
The Eurytoma maslovskii conduces the unexpected plum dropping. It stayed overwinter insidethe pits of the dropped plums and able to oviposit on plum surface...
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TableOfContents ABSTRACT Introduction Materials and Methods 1 Design and descriptions of plum seed crusher (PSC) 2 Plum collector 3 Plum crusher 4 Working principle and operational control of plum seed crusher (PSC) 5 Selection test for effective crushing teeth 6 Performance test of PSC in laboratory and field condition Results and discussion 1 Evaluation of crusher teeth for effective plum seed breakage 2 Performance test results of PSC in laboratory 3 Field test results of PSC in plum farm References
Title Development of a Plum (Japanese Apricot) Seed Crusher to Control Harmful Larvae (Eurytoma maslovskii) in Plum Orchard
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