MAJOR PEST INSECTS’ RESISTANCE TO INSECTICIDES IN OILSEED RAPE PLANTATIONS IN POLAND AND RESISTANCE MANAGEMENT STRATEGIES
Prof. dr hab. Paweł Węgorek Joanna Zamojska, PhD Przemysław Strażyński , PhD Daria Dworzańska, MSc.
INSTITUTE OF PLANT PROTECTION – NATIONAL RESEARCH INSTITUTE POZNAŃ, POLAND AREA OF RAPESEED PLANTATIONS IN POLAND thousands of 1000 945 951 947 hectares 900 826.9 800
700
600 545.3 544.5 500 439 400
300 282.6
200
100
0 1996 1999 2002 2005 2010 2014 2015 2016 years OCCURRENCE OF MAJOR PESTS DURING GROWTH OF OILSEED RAPE
Ceutorhynchus napi Gyll. Ceutorhynchus quandriens Panz.
Ceutorhynchus assimilis Payk.
Dasineura brassicae Winn. Meligethes aeneus L.
Brevicoryne brassicae L.
Formation of side shoots Growth Emergence of Emergence of Flowering Flowering Formation and BBCH 20-29 (stem elongation) buds (green bud) buds (yellow (first flowers (end) development of siliqu BBCH 51 bud) BBCH open) BBCH 69 BBCH 70-79 (beginning of 55-59 BBCH 60 stem elongation) BBCH 30-39
MARCH APRIL MAY JUNE Payk 1 beetle per plant
Ceutorhynchus assimilis Ceutorhynchus BBCH: 57- 69: F.
Meligethes aeneus BBCH 50-52: 1-2 beetles per plant BBCH 55-59: 3-5 beetles per plant Insecticide group Active substance Number of Mode of action insecticides
alpha-cypermethrin 13
beta-cyfluthrin 5
cypermethrin 15
deltamethrin 13 prevent closure of voltage-gated Pyrethroids sodium channel (IRAC 3 A) esfenvalerate 2
lambda-cyhalothrin 19
tau-fluvalinate 2
zeta-cypermethrin 9 1 prevent closure of voltage-gated Aryl propyl ethers etofenprox sodium channel (IRAC 3 A) 16 acetamiprid ACHR (acetylcholine receptor) – Neonicotinoids substitute acetylcholine (IRAC 4 A) thiacloprid 3* 27 chlorpyrifos ethyl
1 chlorpyrifos methyl ACHE (acetylcholinesterase) – inhibit Organophosphates acetylcholinesterase (IRAC 1 B) malathion 1
phosmet 1
2 block voltage-gated sodium channel Oxadiazines indoxacarb (IRAC 22 A)
Pyridine azometines pymetrozine 1 selective feeding blockers (9 B)
SPRING RAPE POSITIVE CROSS-RESISTANCE e.g. the effect of pyrethroids on pollen beetles
NEGATIVE CROSS-RESISTANCE e.g. the effect of chlorpyrifos and pyrethroids on pollen beetles Monitoring pollen beetles’ resistance to pyrethroids and oxadiazines
MORTALITY AT ACTIVE HIGH LOW MEDIUM HIGH SUSCEPTIBILITY RECOMMENDED SUBSTANCE SUSCEPTIBILITY RESISTANCE RESISTANCE RESISTANCE DOSES
ALPHA- CYPERMETHRIN X 55-85
CYPERMETHRIN X 60-85
DELTAMETHRIN XX30-65
ESFENVALERATE X 55-70
LAMBDA- CYHALOTHRIN* XXX30-92
TAU- FLUVALINATE XX 80-98
ZETA- CYPERMETHRIN XX45-80
INDOXACARB X 100 Monitoring pollen beetles’ resistance to neonicotinoids and organophosphates
MORTALITY AT ACTIVE HIGH LOW MEDIUM HIGH SUSCEPTIBILITY RECOMMENDED SUBSTANCE SUSCEPTIBILITY RESISTANCE RESISTANCE RESISTANCE DOSES
ACETAMIPRID XX 75-98
THIACLOPRID XX 75-98
CHLORPYRIFOS X 100
CHLORPYRIFOS METHYL X 100
MALATHION XX 100
PHOSMET XXX 98-100 Monitoring cabbage seed weevils’ resistance to pyrethroids and oxadiazines
MORTALITY AT ACTIVE HIGH LOW MEDIUM HIGH SUSCEPTIBILITY RECOMMENDED SUBSTANCE SUSCEPTIBILITY RESISTANCE RESISTANCE RESISTANCE DOSES
ALPHA- CYPERMETHRIN X 100
BETA- CYFLUTHRIN X 100
CYPERMETHRIN X 100
DELTAMETHRIN X 100
ESFENVALERATE X 100
LAMBDA- CYHALOTHRIN* X 100
TAU- FLUVALINATE XXX35–90
ZETA- CYPERMETHRIN X 100
INDOXACARB X 0–5 Monitoring cabbage seed weevils’ resistance to neonicotinoids and organophosphates
MORTALITY AT ACTIVE HIGH LOW MEDIUM HIGH SUSCEPTIBILITY RECOMMENDED SUBSTANCE SUSCEPTIBILITY RESISTANCE RESISTANCE RESISTANCE DOSES
THIACLOPRID XX 98–100
CHLORPYRIFOS X 100
CHLORPYRIFOS METHYL X 100
MALATHION X 100
PHOSMET X 100 OXADIAZINES AND PYRETHROIDS
INDOXACARB CYPERMETHRIN
CABBAGE CABBAGE DOSE POLLEN DOSE POLLEN SEED SEED [PPM] BEETLE [PPM] BEETLE WEEVIL WEEVIL
135 100 0 161 45 100
67.5 100 0 80.5 30 100
33.75 100 0 40.25 5 100
16.87 99 0 20.12 0 100
8.43 98 0 10.06 0 70 THE RESISTANCE PREVENTION STRATEGY AS AN ELEMENT OF INTEGRATED PLANT PROTECTION FAVOURABLE RESISTANCE YEARS OF GOOD WORSE SUBSTANCE DEATH CLASSIFICATION RESEARCH CONDITION CONDITION ALPHA-CYPERMETHRIN 62 22DANGEROUS ??? CYPERMETHRIN 32 10RISKY
DELTAMETHRIN 10 4 5 1 DANGEROUS???
LAMBDA- CYHALOTHRIN 22 00 ? TAU-FLUVALINATE 88 00SAFE ETOFENPROX 53 20RISKY ACETAMIPRID 10 10 0 0 SAFE THIACLOPRID 55 00SAFE
CHLORPYRIFOS 32 01DANGEROUS ???
CHLORPYRIFOS METHYL 11 00 ?
MALATHION 11 00 ?
PHOSMET 11 00 ?
INDOXACARB 63 21DANGEROUS ???
PYMETROZINE 31 20RISKY CURRENT EXPERIMENTS – NOT SO BAD
IMIDACLOPRID – JUST SLIGHT SIGNALS OF POISONING THIAMETOXAM - JUST SLIGHT SIGNALS OF POISONING CLOTHIANIDIN - JUST SLIGHT SIGNALS OF POISONING CHLORPYRIFOS - JUST SLIGHT SIGNALS OF POISONING CHLORPYRIFOS METHYL - JUST SLIGHT SIGNALS OF POISONING
DELTAMETHRIN – NO SIGNALS OF POISONING ACETAMIPRID BBCH 33-54
CHLORPYRIFOS, MALATHION, PHOSMET – CONSIDERABLE DAMAGE FROM POLLEN BEETLES
PYRETHROID – LESSER DAMAGE FROM POLLEN BEETLES – CONSIDERABLE DAMAGE FROM CABBAGE STEM WEEVILS BBCH 55 - 59
INDOXACARB – CONSIDERABLE DAMAGE FROM POLLEN BEETLES NEONICOTINOID – ACCORDING TO FORECAST EMERGENCE OF PESTS AT CONSECUTIVE PHASES BBCH 66-69
PYRETHROID – NEONICOTINOID CONSIDERABLE CONSIDERABLE DAMAGE FROM DAMAGE FROM CABBAGE STEM POLLEN WEEVILS BEETLES
§ MSZYCE
MYZUS PERSICAE MYZUS PERSICAE Effectiveness of insecticides [%] 120
99 99 99 99 100 96 95 96 92 90
80
1 day after 60 treatment 53 52 5 days after 46 treatment 40 38 7 days after treatment 28 20 20 20 15 10 11 5 0 acetamipryd thiacloprid phosmet chlorpyrifos indoxacarb deltamethrin lambda- cyhalothrin -20 -14 THANK YOU FOR YOUR ATTENTION