| Chapter: 1 (Page no: 2)
|
Accidental introductions of natural enemies: causes and implications.
Author(s):
Weber, D. C.
Hajek, A. E.
Hoelmer, K. A.
|
| Chapter: 2 (Page no: 6)
|
Risks and benefits of accidental introductions of biological control agents in Canada.
Author(s):
Mason, P. G.
Olfert, O. O.
Haye, T.
Gariepy, T. D.
Abram, P. K.
Gillespie, D. R.
|
| Chapter: 3 (Page no: 9)
|
Adventive vs. planned introductions of Trissolcus japonicus against BMSB: an emerging case study in real-time.
Author(s):
Hoelmer, K. A.
Weber, D. C.
Haye, T.
|
| Chapter: 4 (Page no: 12)
|
Can native parasitoids benefit from accidental introductions of exotic biological control agents?
Author(s):
Haye, T.
Konopka, J. K.
Gariepy, T. D.
McNeil, J. N.
Mason, P. G.
Gillespie, D. R.
|
| Chapter: 5 (Page no: 15)
|
Accidental introduction into Italy and establishment of Aprostocetus fukutai (Hymenoptera: Eulophidae) in citrus longhorned beetle infestations.
Author(s):
Hérard, F.
Maspero, M.
Bon, M. C.
|
| Chapter: 6 (Page no: 19)
|
Inadvertent reconstruction of exotic food webs: biological control harms and benefits.
Author(s):
Kaser, J. M.
Nielsen, A. L.
Abram, P. K.
Heimpel, G. E.
|
| Chapter: 7 (Page no: 23)
|
Practical management of the genetics of classical biocontrol introductions.
Author(s):
Stouthamer, R.
|
| Chapter: 8 (Page no: 26)
|
Genetic diversity of field and laboratory populations of Mastrus ridens and consequences of inbreeding during laboratory culture.
Author(s):
Zaviezo, T.
Retamal, R.
Urvois, T.
Fauvergue, X.
Toleubayev, K.
Malausa, T.
|
| Chapter: 9 (Page no: 29)
|
Effects of genetic diversity, inbreeding and outbreeding investigated in six reared or released biocontrol agents.
Author(s):
Malausa, T.
Quaglietti, B.
Mathé-Hubert, H.
Martinez, P.
|
| Chapter: 10 (Page no: 32)
|
Rapid biocontrol evolution in New Zealand's species-sparse pasturelands.
Author(s):
Goldson, S. L.
Tomasetto, F.
Jacobs, J. M. E.
Barratt, B. I. P.
Wratten, S. D.
Emberson, R. M.
Tylianakis, J.
|
| Chapter: 11 (Page no: 35)
|
Food webs, multiple enemies and biological control.
Author(s):
Tylianakis, J. M.
Casanovas, P.
Goldson, S. L.
|
| Chapter: 12 (Page no: 38)
|
Benefits of pre-release population genetics: a case study using Psyttalia lounsburyi, a biocontrol agent of the olive fruit fly in California.
Author(s):
Bon, M. C.
Smith, L.
Daane, K. M.
Pickett, C.
Wang, X.
Blanchet, A.
Chardonnet, F.
Guermache, F.
Hoelmer, K. A.
|
| Chapter: 13 (Page no: 43)
|
Introduction and non-target effects of insect biological control: concepts, examples, and trends.
Author(s):
Driesche, R. G. van
Hoddle, M. S.
|
| Chapter: 14 (Page no: 46)
|
Displacement of native natural enemies by introduced biological control agents in agro-ecosystems: a serious non-target effect or not?
Author(s):
Naranjo, S. E.
|
| Chapter: 15 (Page no: 50)
|
Assessing host use and population level impacts on non-target species by introduced natural enemies: can host range testing provide insight?
Author(s):
Wright, M. G.
|
| Chapter: 16 (Page no: 52)
|
Parasitoid host ranges: comparing studies from the laboratory and field.
Author(s):
Heimpel, G. E.
Hopper, K. R.
Kaser, J. M.
Miksanek, J.
Bulgarella, M.
Ramirez, I.
Boulton, R. A.
|
| Chapter: 17 (Page no: 55)
|
Can predictive models help to identify the most appropriate non-target species for hostspecificity testing?
Author(s):
Todd, J. H.
Barratt, B. I. P.
Withers, T.
|
| Chapter: 18 (Page no: 58)
|
What olfactometer tests were able to tell us about non-target risk that no-choice and choice tests could not.
Author(s):
Avila, G. A.
Withers, T. M.
Holwell, G. I.
|
| Chapter: 19 (Page no: 64)
|
The New Zealand system to assess the environmental benefits and risks of releasing new biocontrol agents of arthropods.
Author(s):
Ehlers, G. A. C.
Bromfield, K. E.
|
| Chapter: 20 (Page no: 67)
|
Practical and implementable mechanisms for compliance with the Nagoya protocol: access and benefit sharing.
Author(s):
Smith, D.
|
| Chapter: 21 (Page no: 71)
|
Access and benefit sharing: best practices for the use and exchange of invertebrate biological control agents.
Author(s):
Barratt, B. I. P.
Mason, P. G.
Cock, M. J. W.
Klapwijk, J.
Lenteren, J. C. van
Brodeur, J.
Hoelmer, K. A.
Heimpel, G. E.
|
| Chapter: 22 (Page no: 76)
|
Native coccinellids and biological control: a positive partnership that can be threatened by the invasion of an alien species.
Author(s):
Grez, A. A.
Zaviezo, T.
González, C.
Soares, A. O.
Poch, T.
|
| Chapter: 23 (Page no: 79)
|
Predator invasion disrupts the conservation of natural enemy biodiversity.
Author(s):
Snyder, W. E.
|
| Chapter: 24 (Page no: 80)
|
Impacts of North American native and introduced natural enemies on population dynamics of the invasive emerald ash borer.
Author(s):
Duan, J. J.
Bauer, L. S.
Driesche, R. G. van
|
| Chapter: 25 (Page no: 82)
|
Relationships between diversity of natural enemy communities and pest predation levels in different farming and landscape contexts in hedgerow network landscapes.
Author(s):
Aviron, S.
Djoudi, E. A.
Alignier, A.
Plantegenest, M.
Pétillon, J.
|
| Chapter: 26 (Page no: 85)
|
Establishment of Mastrus ridens (Hymenoptera: Ichneumonidae), an ectoparasitoid of codling moth, in New Zealand.
Author(s):
Sandanayaka, M.
Charles, J.
Davis, V.
Chhagan, A.
Shaw, P.
Wallis, R.
Lo, P.
Cole, L.
Walker, J.
Colhoun, K.
|
| Chapter: 27 (Page no: 88)
|
Exotic or native? Interspecific competition in the parasitization of the fruit fly Ceratitis cosyra.
Author(s):
Souza, E. O. de
Ayelo, P.
Zannou, J.
Bokonon-Ganta, A. H.
Karlsson, M. F.
|
| Chapter: 28 (Page no: 92)
|
Investigating the complex gall community of Leptocybe invasa.
Author(s):
Hurley, B. P.
Gevers, C.
Dittrich-Schröder, G.
Slippers, B.
|
| Chapter: 29 (Page no: 95)
|
Larval parasitoids for biocontrol of invasive paropsine defoliators.
Author(s):
Withers, T. M.
Allen, G. R.
Quarrell, S. R.
Pugh, A.
|
| Chapter: 30 (Page no: 99)
|
Biological control of the Gonipterus scutellatus species complex: testing the species, climatic or phenological mismatch hypotheses.
Author(s):
Schröder, M. L.
Nahrung, H. F.
Lawson, S. A.
Slippers, B.
Wingfield, M. J.
Hurley, B. P.
|
| Chapter: 31 (Page no: 102)
|
A successful case of classical biological control of a gall wasp.
Author(s):
Colombari, F.
Battisti, A.
|
| Chapter: 32 (Page no: 105)
|
Biological control of Thaumastocoris peregrinus (Hemiptera: Thaumastocoridae) in Eucalyptus plantations in Brazil: an update.
Author(s):
Wilcken, C. F.
Barbosa, L. R.
Velozo, S. M.
Becchi, L. K.
Junqueira, L. R.
Sá, L. A. N. de
Zanuncio, J. C.
|
| Chapter: 33 (Page no: 108)
|
Ecology and biological control of outbreak populations of winter moth in the northeastern United States.
Author(s):
Elkinton, J. S.
Boettner, G. H.
Broadley, H. J.
|
| Chapter: 34 (Page no: 112)
|
Friend or foe: the role of native, natural enemies in the biological control of winter moth.
Author(s):
Broadley, H. J.
Elkinton, J. S.
Boettner, G. H.
|
| Chapter: 35 (Page no: 115)
|
BiCEP: progress in a global collaboration for the biological control of Australian-origin eucalypt pests.
Author(s):
Lawson, S. A.
Nahrung, H. F.
Griffiths, M.
Healey, M. A.
|
| Chapter: 36 (Page no: 118)
|
Introduction of Tachardiaephagus somervilli, an encyrtid parasitoid, for the indirect biological control of an invasive ant on Christmas Island.
Author(s):
Ong, S. P.
O'Dowd, D. J.
Detto, T.
Green, P. T.
|
| Chapter: 37 (Page no: 121)
|
Orius laevigatus induces plant defenses in sweet pepper.
Author(s):
Bouagga, S.
Pérez-Hedo, M.
Rambla, J. L.
Granell, A.
Urbaneja, A.
|
| Chapter: 38 (Page no: 124)
|
The role of Tomato plant volatiles mediated by zoophytophagous mirid bugs.
Author(s):
Pérez-Hedo, M.
Rambla, J. L.
Granell, A.
Urbaneja, A.
|
| Chapter: 39 (Page no: 128)
|
Arthropod and weed biological control: mutual benefits and common challenges.
Author(s):
Hinz, H. L.
Cock, M. J. W.
Haye, T.
Schaffner, U.
|
| Chapter: 40 (Page no: 132)
|
From molecule to landscape - integrating molecular biology and landscape ecology to open new opportunities for biological control in East Asia.
Author(s):
Gurr, G. M.
You, M.
|
| Chapter: 41 (Page no: 135)
|
Phyto-pathogens and soil nutrients shape biological control of invasive mealybugs in Asia's cassava crops.
Author(s):
Wyckhuys, K. A. G.
|
| Chapter: 42 (Page no: 137)
|
Recent change of biocontrol services in cotton agro-ecosystem of Northern China.
Author(s):
Lu, Y.
|
| Chapter: 43 (Page no: 139)
|
Know your enemies: suppression of Plutella xylostella and Crocidolomia pavonana by different predators in West Java, Indonesia.
Author(s):
Murtiningsih, R.
Ridland, P. M.
Cook, L. G.
Furlong, M. J.
|
| Chapter: 44 (Page no: 144)
|
Biological control in vegetable Brassica pest management in tropical Asia: where do we currently stand?
Author(s):
Srinivasan, R.
Lin, M. Y.
Hien, N. T. T.
Hai, V. M.
|
| Chapter: 45 (Page no: 148)
|
Successful integrated pest management with biological control: case of the diamondback moth in Malaysia.
Author(s):
Sivapragasam, A.
|
| Chapter: 46 (Page no: 151)
|
A practice of Trichogramma-based IPM of rice insect pests.
Author(s):
Hou, M.
Ko, K.
Guo, L.
Kang, M.
Peng, H.
Babendreier, D.
Zhang, F.
Tang, R.
Song, K.
|
| Chapter: 48 (Page no: 156)
|
Biological control of olive fruit fly in California - release, establishment and impact of Psyttalia lounsburyi and Psyttalia humilis.
Author(s):
Daane, K. M.
Wang, X. G.
Pickett, C. P.
Blanchet, A.
Nieto, D.
Hoelmer, K. A.
Bon, M. C.
Smith, L.
|
| Chapter: 49 (Page no: 159)
|
Biological control using predators and Parasitoids in Vietnam: from successful participatory approaches to potential challenges.
Author(s):
Costa, A.
Dao, H. T.
Tran, D. H.
|
| Chapter: 50 (Page no: 164)
|
How differential stage susceptibility to pesticides affects the success of biocontrol agents.
Author(s):
Stark, J. D.
Banks, J. E.
Vargas, R. I.
|
| Chapter: 51 (Page no: 167)
|
Orchard pesticides and natural enemies: lessons from the lab and field.
Author(s):
Mills, N. J.
|
| Chapter: 52 (Page no: 170)
|
Pesticide use and floral resources differentially affect communities of predators, parasitoids, and pests in a regional survey.
Author(s):
Blubaughand, C.
Snyder, W. S.
|
| Chapter: 53 (Page no: 172)
|
Integration of biopesticides with natural enemies for control of tropical fruit flies (Diptera: Tephritidae).
Author(s):
Vargas, R. I.
Souder, S.
Leblanc, L.
Banks, J. E.
Stark, J. D.
|
| Chapter: 54 (Page no: 175)
|
Protecting assemblages of biocontrol species: modeling a surrogate species approach.
Author(s):
Banks, J. E.
Stark, J. D.
Vargas, R. I.
Veprauskas, A.
Ackleh, A.
|
| Chapter: 55 (Page no: 178)
|
Disruption of biological control due to non-target effects of pesticides in Australian grains.
Author(s):
Hill, M. P.
Nash, M.
Umina, P.
Macfadyen, S.
|
| Chapter: 56 (Page no: 181)
|
Classical biological control of insects in developed and developing countries: a comparison using BIOCAT database.
Author(s):
Cock, M. J. W.
Kuhlmann, U.
|
| Chapter: 57 (Page no: 185)
|
Plantwise data on extension and the uptake of augmentative biological control using arthropods.
Author(s):
Dougoud, J.
Kuhlmann, U.
Edgington, S.
Cock, M. J. W.
|
| Chapter: 58 (Page no: 188)
|
The importance of local production to foster the uptake of augmentative biological control in developing countries.
Author(s):
Zhang, F.
Bai, S. X.
Tai, H. K.
Myint YeeYee
Htain NiNi
Soudmaly, B.
Zheng, L.
Wang, Z. Y.
Wittenwiler, U.
Grossrieder, M.
Kuhlmann, U.
|
| Chapter: 59 (Page no: 192)
|
Understanding the ecology and impact of parasitoids of the whitefly (Bemisia tabaci complex: Aleyrodidae) in cassava landscapes of East Africa.
Author(s):
Macfadyen, S.
Kalyebi, A.
Tembo, Y.
Katono, K.
Polaszek, A.
Tay WeeTek
Paull, C.
Colvin, J.
|
| Chapter: 60 (Page no: 195)
|
Success and failures of IPM in Africa and Asia: the significance of biocontrol.
Author(s):
Murphy, S. T.
Lamontagne-Godwin, J.
Taylor, B.
Thompson, E.
|
| Chapter: 61 (Page no: 201)
|
Success and impact in classical biological control: some examples from developing countries.
Author(s):
Day, R. K.
Cock, M. J. W.
Kuhlmann, U.
|
| Chapter: 62 (Page no: 205)
|
Cost of biological control of invasive arthropods.
Author(s):
Jetter, K. M.
|
| Chapter: 63 (Page no: 208)
|
Assessment of the economic and poverty impacts of biological control of cereal stemborers in Kenya using the economic surplus modelling approach.
Author(s):
Midingoyi, S.
Hippolyte, A.
Ibrahim, M.
Muriithi, B.
Ong'amo, G.
Bruno, L.
|
| Chapter: 64 (Page no: 211)
|
Socio-economic impacts and extension process of conservation biological control in mango orchards in Réunion Island.
Author(s):
Deguine, J. P.
Jacquot, M.
Frago, E.
Laurent, P.
Vanhuffel, L.
Vincenot, D.
Aubertot, J. N.
|
| Chapter: 65 (Page no: 214)
|
Chronicling the socio-economic impact of integrating biological control, technology, and knowledge over 25 years of IPM in Arizona.
Author(s):
Ellsworth, P. C.
Fournier, A.
Frisvold, G.
Naranjo, S. E.
|
| Chapter: 66 (Page no: 218)
|
Do GM plants with stacked insecticidal traits pose an increased risk to biological control?
Author(s):
Romeis, J.
Meissle, M.
|
| Chapter: 67 (Page no: 221)
|
Initial evaluation of two native egg parasitoids for the control of Bagrada hilaris, an invasive stink bug in western USA.
Author(s):
Sforza, R. F. H.
Bon, M. C.
Martel, G.
Augé, M.
Roche, M.
Mahmood, R.
Smith, L.
|
| Chapter: 68 (Page no: 224)
|
Old and new host-parasitoid associations: parasitism of the native African and invasive fruit flies species.
Author(s):
Mohamed, S. A.
Ekesi, S.
Wharton, R.
Lux, S. A.
Overholt, W. A.
|
| Chapter: 69 (Page no: 228)
|
Harnessing of floral and faunal biodiversity of rice ecosystems for pest management.
Author(s):
Shanker, C.
Shabbir, K.
Rani, B. J.
Amudhan, S.
Katti, G.
|
| Chapter: 70 (Page no: 231)
|
Population dynamics of Plutella xylostella (Lepidoptera: Plutellidae) and its Parasitoids along altitudinal gradients of the eastern afromontane.
Author(s):
Ngowi, B. V.
Tonnang, H. E. Z.
Khamis, F.
Mwangi, E. M.
Nyambo, B.
Ndegwa, P. N.
Subramanian, S.
|
| Chapter: 71 (Page no: 236)
|
Discovery of Phasmarhabditis hermaphrodita (Nematoda) in the USA and its potential importance in the biological control of invasive gastropods.
Author(s):
Mc donnell, R. J.
Ley, I. T. de
Denver, D. R.
Paine, T. D.
|
| Chapter: 72 (Page no: 237)
|
Feeding behavior of Rumina decollata (Gastropoda) raises questions about its efficacy as a biocontrol agent of the pestiferous brown garden snail, Cornu aspersum (Gastropoda).
Author(s):
Mc donnell, R. J.
Santangelo, R.
Paine, T.
Hoddle, M. S.
|
| Chapter: 73 (Page no: 240)
|
Genetic diversity and origins of Halyomorpha halys in the U.S. and of its potential biocontrol agent unexpectedly recovered from the wild in the United States.
Author(s):
Bon, M. C.
Hoelmer, K. A.
Talamas, E. J.
Buffington, M. L.
Guermache, F.
Weber, D. C.
|
| Chapter: 74 (Page no: 243)
|
Variable performance and improvement by crossing in commercial populations of the pirate bug Orius majusculus.
Author(s):
Rasmussen, L. B.
Jensen, K.
Sørensen, J. G.
Overgaard, J.
Holmstrup, M.
Kristensen, T. N.
|
| Chapter: 75 (Page no: 245)
|
Parasitoids of Drosophila in Switzerland and their potential for biological control of the invasive Drosophila suzukii.
Author(s):
Collatz, J.
Knoll, V.
Ellenbroek, T.
Romeis, J.
|
| Chapter: 76 (Page no: 248)
|
Native North American vs. Asian Parasitoid natural enemies of invasive brown marmorated stink bug.
Author(s):
Abram, P. K.
Hoelmer, K. A.
|
| Chapter: 77 (Page no: 251)
|
Insect natural enemies: review and future application for CPB management in cocoa.
Author(s):
Maisin, N.
|
| Chapter: 78 (Page no: 254)
|
Do invasive alien species affect diversity of local communities?
Author(s):
Kindlmann, P.
Honěk, A.
Martinková, Z.
|
| Chapter: 79 (Page no: 257)
|
Introduction to FAO guide: classical biological control of insect pests in forestry: a practical guide.
Author(s):
Colombari, F.
Hurley, B.
Kenis, M.
Lawson, S. A.
Sathyapala, S.
Sun, J.
Wilcken, R. W. C.
|
| Chapter: 80 (Page no: 260)
|
Diversity of edible saturniids (Lepidoptera: Saturniidae) and their parasitoids in Kenya.
Author(s):
Subramanian, S.
Tanga, C. M.
Kusia, E.
Cerretti, P.
Khamis, F.
Copeland, R. S.
Borgemeister, C.
Ekesi, S.
|
| Chapter: 81 (Page no: 263)
|
Action of Bacillus thuringiensis on Eucalyptus snout beetle Gonipterus platensis (Coleoptera: Curculionidae) larvae.
Author(s):
Horta, A. B.
Jordan, C.
Ribeiro, M. F.
Lemos, M. V. F.
Desidério, J. A.
Wilcken, C. F.
|
| Chapter: 82 (Page no: 266)
|
Host specificity testing of Psyllaephagus bliteus, an accepted biocontrol agent of Glycaspis brimblecombei, reveals a new host.
Author(s):
Bush, S. J.
Slippers, B.
Hurley, B. P.
|
| Chapter: 83 (Page no: 267)
|
Potential of entomopathogenic Hyphomycetes for control of forest and urban Lepidoptera in Georgia.
Author(s):
Burjanadze, M.
Supatashvili, A.
Arjevanidze, M.
Koridze, K.
Abramishvili, T.
Kunelauri, N.
Vachadze, V.
|
| Chapter: 84 (Page no: 270)
|
Diversity of entomopathogenic fungi from forest ecosystem of Georgia.
Author(s):
Koridze, K.
Burjanadze, M.
|
| Chapter: 85 (Page no: 273)
|
Innate positive chemotaxis to pollen from crops and banker plants in predaceous biological control agents: towards new field lures?
Author(s):
Li, S.
Zhang, F.
|
| Chapter: 86 (Page no: 274)
|
Estimating parasitoid suppression of aphid populations in the field.
Author(s):
Leblanc, A.
Brodeur, J.
|
| Chapter: 87 (Page no: 275)
|
Does patch-guarding behaviour in parasitoids deter or attract arthropod egg predators?
Author(s):
Doyon, J.
Abram, P. K.
Brodeur, J.
|
| Chapter: 88 (Page no: 276)
|
The behavioural type of a top predator drives the short-term dynamic of intraguild predation.
Author(s):
Michalko, R.
Pekár, S.
|
| Chapter: 89 (Page no: 278)
|
The effect of plant resistance on biological control of insect pests.
Author(s):
Weber, D.
Egan, P. A.
Ericson, L. E.
Muola, A.
Stenberg, J. A.
|
| Chapter: 90 (Page no: 281)
|
Promoting Cotesia rubecula, an antagonist of Pieris rapae.
Author(s):
Fataar, S.
Leist, S.
Oberhänsli, T.
Luka, H.
|
| Chapter: 91 (Page no: 284)
|
Cold acclimation increases cold and starvation tolerance but reduces predation rate and reproduction in the predatory mite Gaeolaelaps aculeifer.
Author(s):
Jensen, K.
|
| Chapter: 92 (Page no: 286)
|
Mass-rearing optimization of the parasitoid Psyttalia lounsburyi for biological control of the olive fruit fly.
Author(s):
Chardonnet, F.
Blanchet, A.
Hurtel, B.
Marini, F.
Bon, M. C.
Daane, K. M.
Pickett, C. H.
Wang, X.
Smith, L.
|
| Chapter: 93 (Page no: 290)
|
Evaluation of six-spotted thrips, Scolothrips sexmaculatus, for biological control of spider mites in California almonds.
Author(s):
Haviland, D.
|
| Chapter: 94 (Page no: 292)
|
Area wide integrated pest management incorporating the sterile insect technique: gut microbiota impacts on tephritid fitness and performance.
Author(s):
Shuttleworth, L. A.
Deutscher, A. T.
Osborne, T.
Khan, M. A. M.
Collins, D.
Burke, C.
Chapman, T.
Darling, A.
Riegler, M.
Reynolds, O. L.
|
| Chapter: 95 (Page no: 294)
|
Non-target impacts of Isaria fumosorosea (Hypocreales: Cordycipitaceae) on natural enemies of arthropod pests.
Author(s):
Zemek, R.
Prenerová, E.
Volter, L.
Awad, M.
Weyda, F.
Hussein, H. M.
Skoková, O. H.
Půža, V.
|
| Chapter: 96 (Page no: 297)
|
Releases of Trissolcus japonicus and Anastatus sp. for suppression of Halyomorpha halys in kiwifruit orchards.
Author(s):
Mi, Q. Q.
Zhang, J. P.
Han, Y. X.
Yan, Y. C.
Zhang, B. X.
Li, D. S.
Zhang, F.
|
| Chapter: 97 (Page no: 298)
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Caught on camera: confirmation of natural enemies attacking pest leafrollers in kiwifruit orchards.
Author(s):
Todd, J. H.
Poulton, J.
McKenna, C.
Malone, L. A.
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| Chapter: 98 (Page no: 299)
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Telenomus sp., a potential biocontrol agent against the cabbage moth Mamestra brassicae.
Author(s):
Barloggio, G.
Tamm, L.
Oberhänsli, T.
Nagel, P.
Luka, H.
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| Chapter: 99 (Page no: 302)
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Alteration of predatory behavior of a generalist predator by exposure to two insecticides.
Author(s):
Petcharad, B.
Košulič, O.
Bumrungsri, S.
Michalko, R.
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| Chapter: 100 (Page no: 304)
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Impact of plant extracts of Embelia ribes and two commercial pesticides on mortality and predator activity of a generalist predator, Oxyopes lineatipes.
Author(s):
Košulič, O.
Vichitbandha, P.
Pung, T.
Michalko, R.
|
| Chapter: 101 (Page no: 306)
|
Vespula biocontrol in New Zealand revisited.
Author(s):
Brown, B.
Groenteman, R.
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| Chapter: 102 (Page no: 309)
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The rich tapestry of biological control targets and agents in sweetpotato production systems of Papua New Guinea.
Author(s):
Liu, J.
Wilson, B.
Guaf, T.
Wau, W.
Komolong, B.
Sar, S.
Dotoana, R.
Jeffery, Y.
Sirabis, W.
Akkinapally, R.
Fujinuma, R.
Kirchhoff, G.
Agiwa, A.
Geno, R.
Culas, R.
Brown, P.
Bang, S.
Gurr, G. M.
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| Chapter: 103 (Page no: 313)
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Acerophagus papayae Noyes and Schauff (Hymenoptera: Encyrtidae) as a biocontrol agent of Paracoccus marginatus Williams and Granara de Willink (Hemiptera: Pseudococcidae) in Barbados.
Author(s):
Colmenarez, Y.
Wilcken, C. F.
Gibbs, I.
Chi, L. W. de
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| Chapter: 104 (Page no: 317)
|
Economic impact of biological control of mango-infesting fruit flies: a case study of Kenya.
Author(s):
Muriithi, B. W.
Mohamed, S. A.
Sunday, E.
|
| Chapter: 105 (Page no: 320)
|
'Nothing kills insects', or how public and farmer perceptions affect success rates of biological control.
Author(s):
Wyckhuys, K. A. G.
Bentley, J.
Fredrix, M.
Lie, R.
|
| Chapter: 106 (Page no: 323)
|
Evolution and potential non-target effect of the introduced biological control agent Cryptolaemus montrouzieri.
Author(s):
Li, H. S.
|
| Chapter: 107 (Page no: 324)
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Bioassay and scanning electron microscopic observations reveal high virulence of entomopathogenic fungus, on the onion maggot.
Author(s):
Lei, Z.
Wang, H.
Wu, S.
Li, L.
Zhang, H.
|
| Chapter: 108 (Page no: 327)
|
Cattle fever tick, Rhipicephalus annulatus (Acari: Ixodidae), and the quest for discovery of its natural enemies in the Balkan region.
Author(s):
Kashefi, J.
Demİr, S.
Goolsby, J.
Smith, L.
Chaskopoulou, A.
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| Chapter: 109 (Page no: 330)
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Can pesticide-treated nets be a tool in IPM of horticultural crops?
Author(s):
Fernández, M. M.
Colomer, I.
Medina, P.
Fereres, A.
Estal, P. del
Viñuela, E.
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