Simultaneous Release of Orius strigicollis (Poppius) Eggs and Adults to Improve Its Establishment in Greenhouses

Kakimoto, Kazuki; Inoue, Hideaki; Yamaguchi, Takuhiro; Fukamachi, Saburo; Shima, Katsuya; Taguchi, Yoshihiro; Saiki, Yoko; Ohno, Kazuro

doi:10.1303/jjaez.2007.29

Cited by 14 publications

(4 citation statements)

References 17 publications

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“…Diet quality impacts growth rate, development, reproduction, mortality, longevity and occurrence of morphological abnormalities. Natural predators released when pest densities are low are prone to dispersing or dying out due to lack of prey, limiting the extent to which they become established on the food plants of their prey (Kakimoto et al 2007;Huang et al 2011). Oida and Kadono (2007) reported that G. varius frequently dispersed away from plants.…”

Section: Discussionmentioning

confidence: 99%

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Comparative effect of various powder diets on growth of big‐eyed bug Geocoris ochropterus (Fieber) (Hemiptera: Geocoridae)

Châu

Nhu

Quốc

2023

Entomological Research

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Application of powder diets may promote development of the predator Geocoris ochropterus (Fieber) when densities are low in greenhouses or fields. Development and nymphal survival ratio of G. ochropterus fed on different powder diets including silkworm pupae (A), crickets (B), silkworm pupae and sunflower seed (C) and crickets and sunflower seed (D) were examined. Total average development period was 30.14 days for instars fed on silkworm pupae, 34.43 days for instars fed on crickets, 26.28 days for instars fed on silkworm pupae and sunflower seed and 29.67 days for instars fed on crickets and sunflower seed, and they were significantly different. Head width, body length, forewing length, dry body weight of adults and sex ratio were not affected by the different diets. There were significantly different found in survival rates among the diets when the nymph reached 5th instar. Results indicate that the combination powder of silkworm pupae and sunflower seed will promise as an alternative diet in the greenhouses to maintain the population of G. ochropterus.

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Section: Discussionmentioning

confidence: 99%

“…Natural predators released when pest densities are low are prone to dispersing or dying out due to lack of prey, limiting the extent to which they become established on the food plants of their prey (Kakimoto et al . 2007; Huang et al . 2011).…”

Section: Discussionmentioning

confidence: 99%

Comparative effect of various powder diets on growth of big‐eyed bug Geocoris ochropterus (Fieber) (Hemiptera: Geocoridae)

Châu

Nhu

Quốc

2023

Entomological Research

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“…Ook stuifmeelproducerende planten zoals sierpeper of goudsbloemen kunnen de vestiging van stuifmeeletende predatoren, zoals Orius, verbeteren (Waite et al 2014, Zhao et al 2017. Planten kunnen ook worden geplaatst tussen teeltgewassen om roofmijten te voorzien van betere schuilplekken, de zogenaamde domatia (Parolin et al 2013) of om als ovipositieplant te fungeren voor roofwantsen die hun eieren in plantweefsel afzetten (Kakimoto et al 2007). De afgeleiden van deze functionele biodiversiteitsmaatregelen zijn het aanbrengen van kunstmatige domatia (Loughner et al 2011, Bresch et al 2019 of het verblazen van allerlei voedselbronnen (Messelink et al 2014, Pijnakker et al 2020.…”

Section: Vasthouden Van Plagenunclassified

Functionele biodiversiteit in en om de kas: mogelijke risico’s en kansen voor plaagbestrijding

Messelink¹,

Leman²,

Beerling³

2022

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Er zijn grote zorgen over de achteruitgang van biodiversiteit in Nederland en Europa, wat heeft geleid tot veel initiatieven om biodiversiteit te herstellen. Biodiversiteit is van groot belang voor de land-en tuinbouw, onder andere voor de bestuiving van bepaalde gewassen en plaagbestrijding. Vele studies hebben aangetoond dat het aanbrengen van de juiste biodiversiteit de bestrijding van plagen met natuurlijke vijanden kan bevorderen. In hoeverre de directe omgeving van kassen van invloed is op plaagbestrijding in kassen, is veel minder bestudeerd en vaak onderwerp van discussie. In dit rapport proberen we een goed overzicht te geven van de huidige kennis over de voordelen en mogelijke risico's van biodiversiteit rondom kassen op plaagbestrijding in kassen. Op basis hiervan doen we aantal aanbevelingen voor het samenstellen van vegetaties rondom kassen waarbij, met de kennis van nu, natuurlijke vijanden zoveel mogelijk worden gestimuleerd en de natuurlijke plaagbestrijding verbeterd kan worden.

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“…[101,102] and mirids. Other non-crop plants can be used to provide shelter, like domatia for predatory mites [103], or function as oviposition plants for predatory bugs [104]. A method derived from adding non-crop plants that provide food to natural enemies is the direct supply of alternative food for generalist predators.…”

Section: Biodiversity In Greenhousesmentioning

confidence: 99%

Biodiversity in and around Greenhouses: Benefits and Potential Risks for Pest Management

Messelink

Lambion

Janssen

et al. 2021

Insects

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One of the ecosystem services of biodiversity is the contribution to pest control through conservation and stimulation of natural enemies. However, whether plant diversity around greenhouses is beneficial or a potential risk is heavily debated. In this review, we argue that most greenhouse pests in temperate climates are of exotic origin and infest greenhouses mainly through transportation of plant material. For indigenous pests, we discuss the potential ways in which plant diversity around greenhouses can facilitate or prevent pest migrations into greenhouses. As shown in several studies, an important benefit of increased plant diversity around greenhouses is the stimulation of indigenous natural enemies that migrate to greenhouses, where they suppress both indigenous and exotic pests. How this influx can be supported by specific plant communities, plant characteristics, and habitats while minimising risks of increasing greenhouse pest densities, virus transmission, or hyperparasitism needs further studies. It also requires a better understanding of the underlying processes that link biodiversity with pest management. Inside greenhouses, plant biodiversity can also support biological control. We summarise general methods that growers can use to enhance pest control with functional biodiversity and suggest that it is particularly important to study how biodiversity inside and outside greenhouses can be linked to enhancement of biological pest control with both released and naturally occurring species of natural enemies.

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Simultaneous Release of Orius strigicollis (Poppius) Eggs and Adults to Improve Its Establishment in Greenhouses

Cited by 14 publications

References 17 publications

Comparative effect of various powder diets on growth of big‐eyed bug Geocoris ochropterus (Fieber) (Hemiptera: Geocoridae)

Comparative effect of various powder diets on growth of big‐eyed bug Geocoris ochropterus (Fieber) (Hemiptera: Geocoridae)

Functionele biodiversiteit in en om de kas: mogelijke risico’s en kansen voor plaagbestrijding

Biodiversity in and around Greenhouses: Benefits and Potential Risks for Pest Management

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