Efficiency of traps in different insect orders
Diptera
Insect-pest
|
Traps
|
Efficiency
|
Country
|
Reference
|
Dacus oleae (Gmel.) (Diptera, Tephritidae)
|
McPhail traps
|
attractivity of McPhail traps increased 30-40 times
|
Crete, Greece.
|
Neuenschwander-P; Michelakis-S, 1979
|
Delia
brassicae (Wied.)
(Hylemya brassicae)
|
yellow water-trap
|
4-fold
|
Wellesbourne, UK
|
Finch-S; Freuler-J; Stadler-E.1980
|
Glossina
morsitans morsitans Westwood and G. pallidipes Austen (Diptera: Glossinidae)
|
mechanical traps and an electric trap
|
55-85%
|
|
Hargrove-JW.1980
|
anthocorids, syrphids, coccinellids, nabids,
Cydia interstinctana (Clem.) (Grapholita interstinctana) tachinids,
|
sticky and water traps
|
significantly more
|
Missouri
|
Wilkinson-JD; Schmidt-GT; Biever-KD.1980.
|
Glossina
pallidipes
|
Langridge box screen (LBS) and the awning screen skirt (ASS)
|
behavioural differences between the flies of the 2 populations
|
Kenya
|
Etten-J-Van; Van-Etten-J.1981
|
walnut husk
fly Rhagoletis completa
|
Pherocon AM traps
|
effieicnet than the traditional monitoring method
|
northern California.
|
Riedl-H; Hoying-SA.1980
|
tsetse
species, Glossina pallidipes
|
biconical trap
|
biconical trap
is preferable
|
Kenya
|
Challier-A; Laveissiere-C; Moloo-SK; Owaga-MLA.1981
|
Culex
quinquefasciatus Say
|
EVS battery powered light traps
|
fan blade 0.75 in. wide, with a pitch angle of 30 deg , provides 82%
greater air velocity than commercially available plastic blades
|
California
|
Rohe-DL; Quintana-AP; Grant-CD (ed.).1979
|
mosquito
borne encephalitis surveillance
|
miniature battery powered CO2 baited light trap
|
highest efficiency
|
California
|
Rohe-DL; Fall-RP.1979
|
C.
tarsalis Coq
and
C.
erythrothorax Dyar
|
miniature mosquito light traps
|
EVS trap
significantly higher catch
|
California
|
Smith-TA; Bebout-RJ; Quintana-AP.1979
|
house flies
|
insect-electrocuting devices
|
90 W ultraviolet source performed markedly better than all the rest,
with a total capture during 90 min of 1297 flies,
|
|
Clough-G. 1980
|
Dacus
dorsalis Hend
D. cucurbitae
Coq. and Ceratitis capitata (Wied.)
|
liquid food baits
|
dry climate
|
|
Cunningham-RT; Nakagawa-S; Suda-DY; Urago-T.1978.
|
cabbage
root fly (Delia brassicae)
|
allyl isothiocyanate
|
allyl isothiocyanate and hexyl acetate markedly affected the
behaviour of gravid flies
|
|
Wallbank-BE; Wheatley-GA.1979
|
tsetse
flies Glossina morsitans morsitans Westw
G. pallidipes Aust
|
incomplete ring of electrified nets
|
21-70%
|
|
Vale-GA; Hargrove-JW.1979.
|
tsetse
flies Glossina morsitans morsitans Westw G. pallidipes Aust
(Diptera: Glossinidae)
|
odour-baited traps
|
decline in trap catches was due to a reduction in population
densities rather than a decreasing responsiveness of tsetse to the trap
|
woodland in Zimbabwe-Rhodesia
|
Hargrove-JW; Vale-GA.1979
|
Cochliomyia
hominivorax (Coquerel)
C.
macellaria (F.)
|
electrocutor grid traps
|
Higher captures in the grid trap
|
Curacao Island, Netherlands Antilles
|
Goodenough-JL.1979
|
Saltmarsh
Aedes vigilax A. procax
40 funereus
Culex
australicus
Mansonia
uniformis
(Diptera:
Culicidae)
|
light traps
|
effective
|
from Maroochy Shire, Australia, for Barmah
|
Ryan-PA; Kay-BH.1999
|
Anopheles
darlingi
|
light traps vs human bait
|
The CDC light trap was more efficient (62%)
|
Ocamo, Amazonas State, Venezuela
|
Rubio-Palis-Y; Guzman-H; Magris-M.1999.
|
Chironomus
plumosus
|
black light traps
|
This effect was significantly enhanced by using a sound trap equipped
with a black light lamp
|
Lake Suwa in central Japan
|
Hirabayashi-K; Ogawa-KI.1999.
|
Musca domestica, Calliphora vicina and
Drosophila melanogaster
|
Lamp traps
|
40 W actinic lamp made the lamp trap more efficient
|
|
Locatelli-DP; Longhini-BA.1999
|
Mediterranean fruit
Ceratitis capitata
|
manures attractive
|
It is recommended that
manuring is avoided at the same time as spraying, or that manure is
concealed in the soil.
|
Israel
|
Mazor-M.1999
|
fruitflies Bactrocera dorsalis Bactrocera
zonatus Bactrocera zonata
|
methyl eugenol baited traps
|
methyl eugenol baited trap trapped all the males which were males
|
orchards in Pakistan
|
Ishtiaq-Ali; Farman-Ullah; Shah-Alam-Khan.1999
|
Mediterranean fruit-fly,
Ceratitis capitata
|
hand-made trap
|
south-east as the most favourable position of the traps for fly capture.
|
South-West Morocco
|
Naamani-K; Herbaut-C; Koch-AAE; Bakri-A; Chemseddine-M.1999.
|
Dipt., Sciaridae Trichosia jenkinsoni and
Corynoptera bulgarica
|
yellow traps, light trap
|
high efficiency of the yellow traps in collecting the sciarids
|
Elster-Pleisse-Aue near Leipzig
|
Metzner-K; Erlacher-SI; Leuckefeld-S.1999.
|
Glossina palpalis palpalis
|
trap designs Vavoua' trap
|
The 'black/blue/black' screen can be used for succcess
|
Congo
|
Laveissiere-C; Penchenier-L; Sinda-D; Zoulani-A.1998.
|
Mediterranean fruit fly
C. capitata
(Diptera: Tephritidae)
|
traps baited with female-targeted lures
|
C. capitata was significantly less in trimedlure traps than in plastic McPhail
traps baited with the 3 component synthetic lure
|
island of Chios, Greece
|
Katsoyannos-BI; Heath-RR; Papadopoulos-NT; Epsky-ND;
Hendrichs-J.1999.
|
Glossina fuscipes fuscipes (Diptera:
Glossinidae)
|
biconical traps
|
carbon dioxide released at half this rate increased both the numbers
of female tsetse attracted to a trap and the catches in a trap by about 2-3
times.
|
shores of Lake Victoria, Kenya
|
Mohamed-Ahmed-MM; Mihok-S.1999
|
Bactrocera correcta
|
new trap with cotton wool as dispenser
|
Orange and yellow coloured traps attracted more fruit flies
|
India
|
Jalaluddin-SM; Natarajan-K; Sadakathulla-S; Rajukkannu-K; Reddy-PP,
Kumar-NKK (ed.); Verghese-A.1998.
|
cabbage root fly, Delia radicum,
turnip root fly, Delia floralis
|
felt traps
|
felt traps is good
|
Denmark and Norway
|
Bligaard-J; Meadow-R; Nielsen-O; Percy-Smith-A.1999.
|
House fly
|
ultraviolet light from insect traps.
|
results indicate that insect traps with ultraviolet light as an
attractant would not be detrimental to production of broilers
|
|
Hogsette-JA; Wilson-HR.1999.
|
Liriomyza trifolii (Burgess)
|
yellow sticky traps
|
yellow sticky trap is more reliable than the pupal tray for
estimating densities of L. trifolii larvae and mines on tomato.
|
|
Ozawa-A; Saito-T; Ikeda-F; Ota-M.1998.
|
Culicoides Latreille (Diptera,
Ceratopogonidae)
|
Disney traps with baits (opossums, chickens and hamsters); CDC light
traps at 3 heights (1, 5 and 10 m); suspended traps (5 m); malaise traps (1
m)
|
The most efficient trap was the CDC.
|
forest reserve Adolpho Ducke.
|
Veras-RS; Castellon-EG.1998.
|
A. arabiensis
A. gambiae s.s.
|
light and bednet in CDC light-trap
|
Protecting the bait with a mosquito net increased the catch _3X for
A. gambiae s.l. and _3.5X for A. funestus.
|
Ouagadougou,Burkina Faso
|
Costantini-C; Sagnon-NF; Sanogo-E; Merzagora-L; Coluzzi-M.1998.
|
woodland mosquitoes and other Diptera
Aedes atlanticus,
A. dupreei, A. infirmatus, Anopheles crucians
s.l., Culiseta melanura,
Culex nigripalpus, Psorophora columbiae and Uranotaenia
sapphirina
|
colored light-emitting diodes as attractants
|
a significant difference in attractivity of lights was found in some
species
|
north central Florida
|
Burkett-DA; Butler-JF; Kline-DL.1998.
|
malaria vectors
(A. culicifacies,
A.
fluviatilis,
A. annularis,
A. subpictus,
A. theobaldi,
A. nigerrimus,
A. splendidus)
|
light-traps
|
light traps did not have any bias in favour of any particular species
|
India
|
Singh-N; Mishra-AK; Neeru-Singh.1997.
|
Diptera, Hymenoptera. Dermaptera and
Strepsiptera
Thysanoptera, Mecoptera, Saltatoria,
Coleoptera, Heteroptera, Psocoptera, Lepidoptera and Araneae,
|
window and Malaise traps
|
window traps were significantly more effective in catching Thysanoptera,
Mecoptera, Saltatoria, Coleoptera, Heteroptera, Psocoptera, Lepidoptera and
Araneae,
Malaise traps were significantly more efficient in catching Diptera, Hymenoptera.
Dermaptera and Strepsiptera
|
Rickenbach, Switzerland
|
Schneider-K; Duelli-P.1997.
|
Culex
pipiens, Aedes caspius,
A.
vexans,
Culiseta
annulata, Anopheles maculipennis s.l., A. claviger Coquillettidia richiardii.
|
bovine-baited trap
|
effectively used
|
northeastern Italy
|
Cancrini-G;
Pietrobelli-M; Frangipane-Di-Regalbono-A; Tampieri-MP.1997.
|
Ceratitis
capitata
|
Improved
controlled-release formulations for a new trap design (C&C traps)
|
consistently higher
male medfly catches with panels in than with the standard trimedlure
polymeric plug in Jackson traps.
|
USA
|
Warthen-JD; Cunningham-RT;
Leonhardt-BA; Cook-JM; Avery-JW; Harte-EM.1997.
|
Bactrocera
zonata (Saunders)
|
traps of different
colours
|
The number of flies
captured per trap was significantly higher in yellow than in green and white
colour traps
|
Islamabad, Pakistan
|
Talib-Hussain;
Siddiqui-QH; Qureshi-ZA; Hussain-T; Ahmad-M (ed.); Shakoori-AR.1995.
|
Glossina
pallidipes and Glossina longipennis (Diptera: Glossinidae)
|
odour-baited biconical
traps
|
The intensity of
trapping and level of seasonal immigration appeared to be the main
determinants of population trends
|
Nguruman in
south-western Kenya
|
Brightwell-R;
Dransfield-RD; Stevenson-P; Williams-B.1997.
|
C.
vishnui
and Anopheles subpictus
Culex quinquefasciatus
|
An insecticide
impregnated fabric (IIF) trap
|
The numbers of
mosquitoes in the trap were significantly correlated with the numbers caught
in hand catches
|
India
|
Das-PK; Sivagnaname-N;
Amalraj-DD.1997.
|
Glossina
fuscipes fuscipes
|
biconical trap
|
it appeared important
to determine the optimum radius for the incomplete ring of nets for a
reliable efficiency estimate.
|
lake Victoria shore,
Kenya
|
Odulaja-A;
Mohamed-Ahmed-MM, 1997
|
Mediterranean
fruit fly
Ceratitis
capitata
(Diptera:
Tephritidae)
|
Nadler traps (modified
Steiner traps) baited with trimedlure
|
best place to locate a
trap was in a shaded place on a host tree.
|
Israel
|
Israely-N; Yuval-B;
Kitron-O; Nestel-D.1997.
|
Mediterranean
fruit fly (Diptera: Tephritidae) Ceratitis capitata
|
bucket traps
|
The greatest C.
capitata captures were achieved with orange and yellow bucket traps
|
|
Uchida-GK; Walsh-WA;
Encarnacion-C; Vargas-RI; Stark-JD; Beardsley-JW; McInnis-DO.1996
|
medflies
Ceratitis capitata (Wied.) (Diptera : Tephritidae)
|
Makkar trap, Jackson trap
|
Makkar traps loaded
with 2 ml of trimedlure + guava or orange juice + 5% buminal + an adhesive
material were the most effective on the basis of the total number of captured
flies (males and/or females).
|
Egypt
|
Makkar-AW;
El-Abbassi-TS.1995.
|
Anopheles
aquasalis and
A.
albimanus
|
light traps combined
with carbon dioxide
|
UV light trap with CO2
to be the most reliable
|
Venezuela
|
Rubio-Palis-Y.1996.
|
Anastrepha
sp.
Anastrepha spp
|
plastic McPhail traps
|
no difference in
efficiency between glass and plastic McPhail traps for capturing species of
Anastrepha.
|
Venezuela
|
Boscan-de-Martinez-N;
Godoy-F.1995.
|
Anastrepha spp
|
food bait trap
|
most efficient food
bait, capturing an average of 6 times more Anastrepha than hydrolysed protein
|
El Salvador
|
Delmi-M; Moran-S;
Nunez-F; Granados-G.1996.
|
Encephalitis vector mosquitoes
|
FHK type light trap
|
it is not likely that
the light trap can be a useful tool in the control of Japanese encephalitis.
|
Nagasaki Prefecture,
Japan
|
Takagi et al., 1995
|
mosquitoes
- vestitipennis and
A.
albimanus
|
ultraviolet light traps
|
The CDC/UV trap (down
draft) was superior to the FP/UV trap in sampling efficiency and in handling
|
Dominican Republic
|
Mekuria et al., 1994
|
house flies
Musca domestica
|
lamps used in insect
electrocuting traps
|
green light overall
caught 30% more flies
|
|
Veal et al., 1995
|
tsetse, Glossina fuscipes fuscipes
|
biconical trap
|
The model enabled the
estimation of optimum trapping distances from the different habitat types for
G. f. fuscipes.
|
|
Odulaja-A;
Mohamed-Ahmed-MM.2001
|
olive fly
Bactrocera oleae
|
ecotraps
|
ecotraps demonstrated
that their efficiency
|
|
Viggiani-G.2001
|
mosquito
Anopheles gambiae s.s
A. funestus,
A.coustani,
Culex uinquefasciatus, Mansonia
africana,
A. wellcomei, and Aedes circumluteolus
|
carbon dioxide-baited
trap
|
ENT was superior to the
CDC trap with light
|
|
Mboera et al., 2000
|
mosquitoes
Anopheles koliensis,
- punctulatus,
- karwari,
- farauti s.l.,
A. longirostris and A. bancroftii.
(Diptera: Culicidae)
|
CDC (Centers for
Disease Control) miniature light traps
|
Plasmodium falciparum
and P. vivax in A. punctulatus and A. farauti s.l. were significantly higher
in light trap collections than in either indoor or outdoor landing catches
|
Papua New Guinea
|
Hii et al., 2000
|
Anastrepha striata Shiner (Diptera: Tephritidae)
|
Dedordy T-93 trap,
McPhail trap
|
No significant
differences were observed between torula yeast and hydrolysed soyabean
protein + borax as attractants
|
Santa Barbara, Monagas,
Venezuela
|
Rodriguez et al., 2000
|
Culex mosquitoes Culex tarsalis
|
C D C-style miniature
light traps, New Jersey light traps
|
Catch of Culex tarsalis
females in traps baited with CO2 released at 0.5-1.5 litres/min from gas
cylinders was significantly greater
|
California USA Mosquito
Surveillance Program,
|
Reisen et al., 2000
|
Glossina brevipalpis and Glossina austeni (Diptera: Glossinidae)
G. brevipalpis and
G. austen
|
H trap
|
Catches of up to 76 G.
brevipalpis and 37 G. austeni were obtained per trap on a single
day with the H3 modification
|
South Africa
|
Kappmeier-K.2000.
|
olive fly Dacus oleae (Gmel.)
|
McPhail traps
|
trap which was similar
for both sexes
|
|
Kapatos-E; Fletcher-BS.1983.
|
Diptera, Hemiptera, Lepidoptera, Hymenoptera and other orders
|
Malaise traps
|
Diptera, Hemiptera,
Lepidoptera, Hymenoptera and other orders
|
Albany, New York State
|
Townes et al., 1983
|
Fruit flies
|
medfly traps
|
Rebell traps with the
attractant trimedlure added to the glue were highly efficient in catching
males
|
Sardinia (Italy) and
Turkey
|
Cavalloro et al., 1983
|
Fruit flies
|
yellow traps,
Pheromone traps
|
Pheromone traps were
better than yellow trap
|
Greece and Italy
|
Cavalloro et al., 1983
|
Glossina palpalis gambiensis
|
chemical and mechanical
barriers, reinforced by biconic traps
|
An increase in the
number of traps and frequency of spraying increased the isolation of the
experimental areas, but a small number of flies were still able to cross the
barriers. Although the major part of a tsetse population flies only short
distances, 5% can cover up to 21 km in the gallery forest, and a smaller
proportion can cross over the savanna from one river to another, a distance
of up to 6 km.
|
Yaounde (Cameroun)
|
Cuisance et al., 1981
|
Glossina spp
|
biconical traps
impregnated with insecticide
|
Trapping with
spraying appears possible to combine
this method with sterile-male releases which resulted reduced populations by
trapping.
|
riverine forests in the
Ivory Coast
|
Laveissiere et al.,
1981
|
Musca autumnalis (Diptera: Muscidae)
|
adhesive traps
|
A comparison of
trap-catches with face counts of M. autumnalis from cattle showed that face
counts were not greatly affected by marked changes in abundance of the
indexed populations. Flies on cattle and in traps were significantly
aggregated
|
California
|
Moon-RD; Kaya-HK.1981.
|
Mexican fruit fly,
Anastrepha ludens
|
McPhail traps
|
seasonal increase in
numbers was derived mainly from infestations in grapefruit and that
harvesting played a significant part in controlling numbers by removing
infested fruit
|
Belize, Central America
|
Houston-WWK.1981
|
Anopheles arabiensis Patt
|
eaves traps
|
DDT at 1.5 or
deltamethrin (decamethrin) at 5-6 mg/m2. Both compounds were highly effective
for over 2 years
|
Zimbabwe
|
Taylor et al., 1981
|
walnut husk fly Rhagoletis completa Cress
|
Rectangular ammonium carbonate traps (Pherocon AM trap)
|
the rectangular
ammonium carbonate traps was superior
used not only for monitoring but also for partial control, while the
green spherical traps useful for monitoring oviposition and therefore for
timing chemical control measures.
|
California
|
Riedl et al., 1981
|
Dacus oleae Gmelin
|
Fruit fly trap
|
A trap density of 0.5
trap/tree throughout the experimental field and one trap/tree in the
periphery is suggested for mass-trapping tests with this pest
|
Greece
|
Haniotakis,
1981
|
Glossina morsitans morsitans Westw. and G. pallidipes Aust
|
Various traps
|
the outside trap should
be white, with black near the basal entrances, the entrances should be
provided with tunnels projecting into trap, and the inside of trap should be
made white at base and black at top. The top of the trap should be an
open-ended tube around the cone of netting that leads to the retaining cage
|
Zimbabwe
|
Vale,1982
|
|
screwworm, Cochlyomyia hominivorax Coq
|
The Bishopp trap
|
The Bishopp trap caught
a total of 241 adults of C. hominivorax (0.08% of the total catch of Diptera
in the trap) and the wind trap caught 101 examples (2.48%) of the total
catch.
|
the
tropics
|
Ocampo-Candido et al.,
1981
|
Hydrotaea irritans (Fall.).
|
Malaise trap
|
effecient
|
central
England
|
Knight-MJ;
Oldham-RS.1982.
|
tsetse ecology
|
Manitoba, Malaise, sticky, water or Swynnerton traps
|
Novel techniques in
control of Glossina
|
Upper
Volta, Ivory Coast, Togo, Kenya and Zambia
|
Ryan-L.1981
|
screwworms (Diptera: Calliphoridae)
|
traps, baited with the attractant swormlure-4
|
trapping efficiency can
be improved by placing traps near and upwind of warm-blooded animals
|
southern
Mexico
|
Brenner-RJ. 1985.
|
Mediterranean fruit fly (Diptera: Tephritidae):
|
Steiner trap baited with trimedlure
|
capture of nearby males
|
Hawaii
|
Cunningham-RT;
Couey-HM.1986.
|
common cleg, Haematopota pluvialis (Meigen) (Diptera: Tabanidae).
|
Manitoba traps
|
The reduced efficiency
of the Manitoba trap is attributed to the plastic canopy which appears white
in colour particularly when wet.
|
Argyll,
Scotland
|
Thomson-RCK;
Saunders-DS.1986
|
|
|
|
|
|
|
|
C. quinquefasciatus
|
Gravid traps
|
Gravid traps were most
effective in residential habitats where there were few competitive
oviposition sites.
|
|
Reisen-WK;et,al,1991
|
flying insects
|
Light traps, Suction traps, Flight traps,
Light traps
|
By bringing together
examples and research findings from the fields of medical/veterinary and
agricultural/forestry entomology together with a few from conservation
ecology, this should do much to broaden understanding of the subject and help
research workers to develop techniques appropriate to their individual needs.
|
|
Muirhead-Thomson-RC,1991,
|
|
Ladd trap, apple maggot
(AM) trap
|
An aerosol formulation
of tangle-trap used as the adhesive with AM traps reduced catches by 38 and
46% compared to brush-on and spreadable formulations of the adhesive.
Odour-enhanced lures improved the efficiency of traps under certain
environmental conditions.
|
Ontario.
|
Warner-J; Smith-A,1989
|
adult Mansonia
mosquitoes
|
sound trapping
|
Daily trapping at the 2
sites collected large numbers of both sexes of Mansonia.
|
Malaysia.
|
Kanda-T;ET,AL,1988
|
fruit fly
|
different trap colours
forms
|
Spherical yellow traps
were most attractive to the tephritids followed by green cylindrical traps.
|
Sao Paulo, Brazil
|
Bressan-S;et,al,1991
|
mosquitoes
|
|
These results validated
the procedure used by the senior author to sample mosquito emergence from
tanks when evaluating the mosquito control efficacy of selected fish species
in waste water environments.
|
|
Castleberry-DT;et,al,1989
|
Glossina palpalis
palpalis'wild' flies
|
pyramidal traps
|
These preliminary
results indicate that such kinds of continuous monitoring of sentinel pigs
and sheep can constitute a useful means of evaluating the efficiency of
control of sleeping sickness vectors
|
Congo
|
Woo-PTK;et,al,1988
|
stable flies
|
Alsynite trap, Williams
traps
|
The diameter of the
cylindrical trap directly affected the number of stable flies caught. Stable
flies landed predominantly on the areas of the trap most protected from the
wind.
|
Kansas,
|
Broce-AB,1988,
|
tsetse flies
|
Moloo trap
|
The environmental
impact, relative costs, advantages and disadvantages of the method and
limitations of trapping for veterinary applications are each discussed
briefly, and finally the stages of a tsetse control operation for
pastoralists and the integration of screens and trapping with other
trypanosomiasis control techniques (insecticide airspray, sterile male release,
chemotherapy and prophylaxis, insecticidal dipping, pour-on or ear-tagging,
ivermectin injection or bolus) is outlined and then summarised in a 1-page
action plan. An up-to-date bibliography is given.
|
Togo, Nigeria, Chad,
Cameroon,
|
Cuisance-D,1989,
|
tsetse [Glossina],
|
pheromone traps
|
For pest species with
very low fertility rates and high survivorship, such as tsetse [Glossina],
sterile releases combined with food traps containing insecticides are most
efficient.
|
|
Barclay-HJ;et,al,1989
|
Rhagoletis pomonella
|
Pherocon AM traps, Ladd
traps
|
The efficiency of both
Pherocon AM panels and Ladd traps was increased by the addition of ammonium
carbonate lures.
|
Utah
|
Jones-VP;
Davis-DW,1989,
|
Rhagoletis pomonella
|
Ladd yellow-panel- plus
red-hemisphere traps, red wooden-sphere traps, and Olson sphere traps
|
Trials in 16 blocks
scouted by growers with baited traps and a threshold of 5 adults per trap for
timing sprays resulted in 0.6 fewer applications and no difference in fruit
infestation levels, compared with blocks sprayed according to the growers'
conventional schedules.
|
New York
|
Agnello-AM;et,al,1990
|
9 species of tephritid
fruit flies
|
parapheromones
indicated that trap
|
Traps placed at ground
level on creeping plants were found to capture the highest numbers of B.
cucurbitae. The response of C. capitata in fruit tree orchards to traps at
different heights was erratic, showing inconsistent trends with more than one
peak.
|
Mauritius
|
Ramsamy-MP,1989,
|
carrot fly, Psila rosae
|
coloured sticky board
traps
|
Most flies were caught
on traps resting on the ground. The number of flies caught was reduced by
0.84% for each cm the trap was raised above 10 cm from the ground.
|
UK
|
Collier-RH;
Finch-S,1990,
|
medfly (Ceratitis
capitata Wied.)
|
McPhail traps, Jackson
traps
|
McPhail traps with
Nulure, borax plus ammonium phosphate, and Jackson traps with white or yellow
sticky inserts were the least effective.
|
Turkey
|
Zumreoglu-A,1990,
|
fruit fly Dacus
dorsalis [Bactrocera dorsalis]
|
coloured plastic bucket
traps
|
The results suggest
that the attractiveness of traps is due primarily to intensity of reflected
light. The potential for improving trap efficiency in B. dorsalis monitoring
and control programmes is discussed
|
Hawaii
|
Stark-JD;
Vargas-RI,1992,
|
tsetse flies
|
Lancien pyramidal traps
|
The efficiency of traps
was reflected in the fact that G. f. fuscipes populations were reduced by up
to 95% in Tome and 90% in Bulopa-Walwanda and Lwenyanja villages.
|
Buvuma Island
|
Ogwal-LM;et,al,1990
|
adult Chironomidae
(Diptera)
|
lit traps
|
The number of midges
per trap tended to decrease with the number of lit traps but increased with
the number of lit BL-lamps.
|
(Lake Suwa, Japan).
|
Hirabayashi-K;et,al,1993
|
|
Malaise traps
|
The Malaise trap
assemblages were more diverse and had a higher proportion of species classed
as transients than assemblages from neighbouring vegetation.
|
UK
|
Belshaw-R,1993,
|
|
Challier-Laveissiere
traps
|
Addition of octenol,
although not effective alone, reinforced this attractancy.
|
Burkina Faso
|
Merot-P;et,al,1988
|
fruit fly
|
Jackson traps
|
During the observation
periods, no lekking wild males were observed, and not a single wild female
was observed to respond to Jackson traps with either trimedlure or trimedlure
+ ammonia.
|
Hawaii.
|
Liquido-NJ;et,al,1993
|
house flies (Musca
domestica), flesh flies, blow flies,
|
UV fly traps
|
The Vector trap (also
marketed as Prism and Hygenius fly traps) collected more flying insects per
week than did either of the prototypes and fewer living flies were seen each
week in milk rooms operating Vector traps.
|
USA
|
Goddard-J,1993,
|
Caribbean fruit flies
|
|
This review of
attractants (including food, visual, acoustical and pheromone attractants,
and trap efficiency) for monitoring Anastrepha suspensa is concerned
especially with control of the tephritid on Citrus in Florida.
|
Florida.
|
Heath-RR;et,al,1993
|
olive fruit fly (Dacus
oleae (Gmel.))
|
McPhail traps yellow
sticky traps
|
The McPhail trap baited
with ammonium phosphate captured considerably more flies than the other
combinations. Biotraps combining 2 types of pheromone capsules were the least
attractive.
|
Turkey.
|
Zumreoglu-A;et,al,1992
|
tsetse flies
|
|
Analytical results derived for 2
limiting cases: very mobile flies and inefficient traps; relatively immobile
flies and very efficient traps. Extending the models to inhomogeneous
habitats and combining them with knowledge of tsetse biology and information
on climate and vegetation should make it possible to predict spatial and
seasonal changes in tsetse fly densities and so to provide a sound basis for
planning tsetse control operations.
|
|
Williams-B;et,al,1992
|
Aedes sierrensis
|
duplex cone and
Fay-Prince traps
|
Male numbers in duplex
cone trap collections explained only 27% of the variation in the number of
males collected at sentinels, suggesting that neither trap is a robust tool
for estimating male activity around humans.
|
California, USA
|
Washburn-JO;et,al,1992
|
G. tachinoides
|
impregnated traps
|
The problem of
correctly dispensing the right amount at all times, independently of
temperature, wind and humidity seems to be critical; in the case of G.
tachinoides, the nutritional status of the population at the time of the
catch is also important.
|
|
Kupper-W,1988,
|
flies
|
|
When using an electric
net as a sampling device, account needs to be taken of the level of, and
variation in, efficiency.
|
|
Packer-MJ,1991,
|
house flies (Musca
domestica)
|
electrocutor trap
|
The results from
electroretinograms recorded in response to different levels of Me were
consistent with the idea that at a given wavelength the attractiveness of a
lamp is attributable to the quantitative output perceived by the fly.
|
UK
|
Roberts-AE;et,al,1992,
|
house flies (Musca
domestica)
|
electrocuting insect
traps
|
The number of scale
fragments significantly increased when electrocuting traps were used, but not
with the electronic trap. Numerous spherical particles (diameter <10 µm)
were also collected in air filtrates near electrocuting traps killing moths.
|
|
Broce-AB,1993
|
tsetse (Glossina spp.)
G. pallidipes
|
|
There was no effect of
bait mass on landing probability for G. m. morsitans and no difference
between the sexes; ca. 11% of the catch landed on the cloth portion of the
target. Efficiency and landing behaviour were independent of climate and
season.
|
Zimbabwe
|
Hargrove-JW;et,al,1995
|
buffalo fly (Haematobia
irritans exigua de Meijere)
|
|
The results demonstrate
the feasibility of controlling Haematobia without insecticides, by using a
simple, sustainable and environmentally friendly trap, provided that cattle
use the traps regularly.
|
Australia.
|
Sutherst-RW;
Tozer-RS,1995
|
tsetse flies
|
|
The development and
testing of these models has relied extensively on the data collected in the
field at Nguruman and in turn the models have helped us to interpret the data
and to formulate new questions and experiments.
|
Kenya
|
Williams-B,1995,
|
mango fly.
|
McPhail, EUGO TC-11,
EUGO TC-12, EUGO TC-13 and EUGO TC-14,
|
It was established that
no significant differences existed in the capture capacity of the McPhail and
EUGO TC-13 traps
|
Venezuela.
|
Gonzalez-E;et,al,1994
|
Glossina tachinoides and
Glossina morsitans
|
biconical traps
|
The results varied with
the season, the species and the sex of Glossina. The influence of distance
was not investigated.
|
Burkina Faso
|
Amsler-S;et,al,1994
|
anopheline mosquitoes
|
light-trap
|
The study shows that
light-traps, when used in combination with night-biting collections, can be
an effective and sensitive means for measuring human-biting activity and the
sporozoite rate.
|
coastal Tanzania
|
Davis-JR;et,al,1995
|
legume leafminer,
Liriomyza trifolii (Burgess),
|
yellow flat sticky trap
|
Adults of Liriomyza
trifolii were caught in highest numbers using yellow flat sticky traps placed
at 0.2-0.5 m above the ground level in greenhouses with Gerbera, cherry
tomatoes and celery crops. Of the captured individuals 80% were male.
|
|
Tatara-A; Furuki-T,1994
|
tsetse-fly species
Glossina tachinoides
|
biconical traps
|
No significant
difference could be shown between trypanosome-infected and uninfected G.
tachinoides relative to trap-orientated behaviour and nutritional status.
|
|
Spath-J,1994,
|
tsetse and horse flies
|
monoconical (Merot)
traps
|
The biconical trap with
a bottle gave results which varied according to the year, but these results
were never more than equal to those with the cage. The differences were more
significant in the catches of males.
|
Burkina Faso
|
Amsler-S;
Filledier-J,1994,
|
antagonists of aphids
in cereal fields
|
pitfall traps
|
Laboratory experiments
on the consumption capacities of 10 carabid species with Rhopalosiphum padi,
Metopolophium dirhodum and Contarinia tritici. Poecilus cupreus [Pterostichus
cupreus] had the greatest consumption capacity, feeding on 108 individuals of
R. padi/day.
|
Germany
|
Lubke-Al-Hussein-M;
Triltsch-H,1994,
|
fruit fly
|
poison bait traps
|
The average numbers of
flies trapped per trap per day ranged from 2.36 to 4.57 and the method proved
popular with farmers.
|
Bangladesh
|
Chowdhury-MK;et,al,1993
|
tsetse flies(Glossina
spp.)
|
67 Hz nets
|
The proportion of
tsetse avoiding a standard electric net was ca 27% in full sun, ca. 40% in
shade, implying an overall sampling efficiency of, at best, ca. 65% at the
optimum 200 Hz discharge rate in sunshine, and ca. 40-50% with the 67 Hz nets
used currently in Africa.
|
Zimbabwe
|
Griffiths-N;
Brady-J,1994,
|
Ceratitis capitata
|
|
In the case of male
annihilation, the mean number of effective matings per male in the lek,
calculated from the frequency of actual matings weighted by the effective
mating ratio, was used to evaluate the efficiency of male annihilation as a
control technique.
|
|
Horng-SB; Plant-RE,1993
|
fauna of Syrphidae
(Diptera)
|
Malaise traps
|
Analysis of the
results, including dominance structure, seasonal dynamics and abundance,
demonstrated the efficiency of the Malaise trap for monitoring urban syrphid
populations.
|
Germany
|
Pellmann-H;
Nahhal-MK,1991
|
mosquito populations
|
(CFG) trap
|
It is concluded that
both ENT and the CFG are effective tools for sampling populations of A.
gambiae and C. quinquefasciatus outdoors.
|
Tanzania.
|
Mboera-LEG;et,al,2000
|
anopheline mosquitoes
(Diptera: Culicidae)
|
miniature light traps
|
Numbers of A.
bancroftii in light traps were found to be proportional to those in outdoor
landing catches, but were negatively related to those attempting to bite
indoors. Circumsporozoite positivity rates for both Plasmodium falciparum and
P. vivax in A. punctulatus and A. farauti s.l. were significantly higher in
light trap collections than in either indoor or outdoor landing catches,
suggesting that light traps may selectively sample older mosquitoes of these
species.
|
New Guinea
|
Hii-JLK;et,al,2000
|
guava fruitfly
(Anastrepha striata)
|
T-93 trap, McPhail trap
|
No significant
differences were observed between torula yeast and hydrolysed soyabean
protein + borax as attractants; however, there was a significant difference
between these two formulations and ammonium sulfate + borax, the latter
showing low levels of attractiveness.
|
|
Rodriguez-G-G;et,al,2000
|
adult Culex mosquito
|
miniature light traps
|
In all experiments,
trap location effects were significant and accounted for as much variability
in catch size as trap design or CO2 presentation. Sampling efficiency of all
trap designs or CO2 presentations were consistent over time, space, and
different levels of mosquito abundance.
|
New Jersey USA
|
Reisen-WK;et,al,
2000
|
Glossina brevipalpis
and Glossina austeni
|
"H trap"
|
A number of modifications of the
prototype H trap were devised (H1-H5), before the final design was
established. Catches of up to 76 G. brevipalpis and 37 G. austeni were
obtained per trap on a single day with the H3 modification. Further modifications
improved on the trap's efficiency to capture G. brevipalpis and G. austeni.
The final modification caught a record number of 180 G. brevipalpis and 57 G.
austeni on a single day.
|
South Africa
|
Kappmeier- K,2000
|
Dacus oleae (Gmel.)
(Diptera, Tephritidae)
|
McPhail trap
|
During the hottest periods, the fly
population was up to 7 times greater in irrigated than in unirrigated trees.
|
Crete, Greece
|
Neuenschwander-P;
Michelakis-S.1979.
|
Delia brassicae (Wied.)
(Hylemya brassicae)
|
yellow water-trap
fitted
|
ANCS trap is effective over a range of
only 5 m.
|
Wellesbourne, UK,
|
Finch-S; Freuler-J;
Stadler-E.1980.
|
Glossina morsitans
morsitans Westwood and G. pallidipes Austen (Diptera: Glossinidae)
|
mechanical traps and an
electric trap- biconical traps
|
results suggested that,
when used in the presence of ox odour, the efficiency of this trap for
teneral flies was at least as high as for mature flies.
|
|
Hargrove-JW.1980.
|
Cydia interstinctana
(Clem.) (Grapholita interstinctana)
|
sticky and water traps-
Malaise traps
|
Adults of Cydia
interstinctana (Clem.) (Grapholita interstinctana) were greatly attracted by
anisylacetone, and significantly greater numbers of the insect were caught in
sticky traps than in water traps
|
Missouri
|
Wilkinson et al., 1980
|
Glossina pallidipes
|
Langridge box screen
(LBS) and the awning screen skirt (ASS), w
|
The results indicate
that the ASS is preferable to the LBS for sampling G. pallidipes.
|
Kenya.
|
Etten-J-Van;
Van-Etten-J.1981.
|
walnut husk fly
Rhagoletis completa Cress
|
Pherocon AM traps
|
A sticky food-carton
trap baited with ammonium carbonate, the traditional monitoring method, was
less effective than the commercially available Pherocon AM trap but provided
similar flight curves
|
northern California
|
Riedl-H; Hoying-SA.1980
|
tsetse species, Glossina
pallidipes
|
A. Challier & C.
Laveissiere Langridge's box screen (LBS) and S. K. Moloo's awning screen
skirt (ASS)
|
The biconical trap is
preferable, because it is collapsible, easy to handle and transport, and
needs minimal manpower to operate
|
Kenya
|
Challier et al., 1981
|
Culex quinquefasciatus
Say
|
EVS battery powered
light traps
|
fan blade 0.75 in.
wide, with a pitch angle of 30 deg , provides 82% greater air velocity than
commercially available plastic blades and considerably reduces the mutilation
of trapped mosquitoes by the blades.
|
California
|
Rohe et al., 1879
|
mosquito-borne
encephalitis
|
miniature battery
powered CO2 baited light trap
|
CDC trap units in
structural and wiring concepts yielded a simple and rugged configuration in
which all components are contained in a single, compact, easy-to-assemble
unit that utilises 2 'D' cell batteries, weighs 0.95 kg, and holds about 1.45
kg solid carbon dioxide
|
California
|
Rohe-DL; Fall-RP.1979
|
Culex erythrothorax Dyar
|
EVS trap
|
The tests showed that
the EVS trap [see preceding abstract, next abstract] was significantly more
effective in capturing C. tarsalis Coq.,
|
California
|
Smith-TA et al., 1979
|
Flies
|
ultraviolet light
source
|
The device with a 90 W
ultraviolet source performed markedly better electrocutes
|
|
Clough-G.1980
|
Dacus dorsalis Hend D.
cucurbitae Coq. and Ceratitis capitata (Wied.)
|
food baits in water
traps
|
proteinaceous food
baits in water traps were 20 times more efficient in trapping adults of Dacus
dorsalis Hend
|
Hawaii
|
Cunningham-RT et al.,
1978
|
cabbage root fly (Delia
brassicae)
|
allyl isothiocyanate
and hexyl acetate
|
allyl isothiocyanate
and hexyl acetate markedly affected the behaviour of gravid flies in an
olfactometer
|
UK
|
Wallbank-BE;
Wheatley-GA.1979.
|
Glossina morsitans
morsitans Westw. and G. pallidipes Aust
|
incomplete ring of
electrified nets was placed round a trap
|
The coefficient of
variation of such estimates (about 10%) was low enough to suggest that the
technique affords a quick and reliable means of screening the efficiency of
many trap designs
|
Rhodesia
|
Vale-GA;
Hargrove-JW.1979.
|
Glossina morsitans
morsitans Westw. and G. pallidipes Aust
|
odour-baited traps
|
. Of G. pallidipes
marked and released 250, 1250 and 2250 m from the trap, the percentages
recaptured in the trap after 5 days were about 20, 10 and 4, respectively,
and after 40 days about 28, 15 and 13
|
Zimbabwe-Rhodesia
|
Hargrove-JW;
Vale-GA.1979.
|
Cochliomyia hominivorax
(Coquerel) and adults of C. macellaria (F.)
|
electrocutor-grid trap
|
an electrocutor-grid
trap were 1.7, 1.7, 6.3 and 6.2 times as great, respectively, as those in a
newly developed wind-oriented trap
|
Curacao Island
Netherlands Antilles
|
Goodenough-JL.1979.
|
Anopheles darlingi Root
|
light traps vs human
bait
|
. The CDC light trap
was more efficient (62%) than the ultraviolet light trap (45%) in relation to
the human landing catches
|
Ocamo, Amazonas State
|
Rubio-Palis-Y et al.,
1999
|
Chironomus plumosus
|
artificial wingbeat
sounds in black light traps
|
. The mean number of
midges captured by sound + light trap was about 4.5 times the number of
midges caught by either light or sound trap alone
|
Lake Suwa in central
Japan.
|
Hirabayashi-K;
Ogawa-KI.1999
|
Musca domestica, Calliphora vicina and Drosophila
melanogaster
|
light traps
|
Efficiency increased
when the size of the lamp was increased. Equally good results were obtained
from a trap with a 20 W in a 59 cm long trap.
|
|
Locatelli-DP et aal.,
1999
|
Mediterranean fruit fly
Ceratitis capitata
|
McPhail trap, hand-made
traps made from 500 ml plastic jars with yellow painted bottoms and 2 or 4
opposing holes.
|
Equal numbers of C.
capitata were caught in all the three types of traps
|
Israel
|
Mazor-M.1999.
|
Bactrocera dorsalis
Bactrocera zonatus [Bactrocera zonata]
|
eugenol baited traps
|
At 1 m height Diptrex,
Laser and methomyl killed an average of 42.76, 40.04 and 37.05
flies/trap/week, respectively. At 1.5 m height, the efficiency slightly
decreased to 40.35, 37.77 and 34.68 flies/trap/week, while at 2 m height the
catch dropped to an average of 37.78, 36.16 and 33.58 flies/trap/week.
|
Pakistan
|
Ishtiaq-Ali et aal.,
1999
|
Ceratitis capitata
(Diptera, Tephritidae).
|
hand-made trap
|
south-east as the most favourable position of the traps for fly
capture.
|
South-West Morocco
|
Naamani-K et al., 1999
|
Trichosia jenkinsoni and
Corynoptera bulgarica
|
yellow traps
|
70% of all species were in the yellow traps which reveals the high
efficiency of this collecting method for sciarids.
|
Central Europe
|
Metzner-K et. al.,1999
|
Glossina palpalis
palpalis
|
'Vavoua' trap
|
'Vavoua' trap is still the most efficient
|
Congo
|
Laveissiere-C et.al.,
1998
|
Glossina fuscipes
fuscipes (Diptera: Glossinidae)
|
in biconical traps
|
efficiency estimates for G. f. fuscipes were good, varying from 37 to
82%
|
Lake Victoria, Kenya
|
Mohamed-Ahmed-MM;
Mihok-S.1999.
|
Bactrocera correcta
|
new trap with cotton
wool as dispenser
|
Orange and yellow coloured traps attracted more fruit flies,
recording 4.34 and 4.18 numbers/day
|
Tamil Nadu
|
Jalaluddin-SM et.,
al.1998
|
nuisance fly in Avian
broilers
|
light traps
|
insect traps with ultraviolet light as an attractant would not be
detrimental to production of broilers.
|
|
Hogsette-JA;
Wilson-HR.1999
|
Liriomyza trifolii
(Burgess)
|
yellow sticky trap
|
significantly correlated with the number of larvae per plant, but not
with larval number 1, 2, 3 and 4 weeks after counting pupae on tomato
|
|
Ozawa-A
|
Culicoides Latreille
(Diptera, Ceratopogonidae)
|
CDC trap
|
The CDC trap placed at 1 m caught 898 specimens representing 9
species; the trap at 5 m caught 895 specimens
|
Adolpho Ducke Forest
Reserve, Amazonas State, Brazil
|
Veras-RS;
Castellon-EG.1998.
|
malaria vectors
- arabiensis
- gambiae s.s
A.
funestus
|
miniature CDC
light-traps
|
Protecting the bait with a mosquito net increased the catch _3X for
A. gambiae s.l. and _3.5X for A. funestus.
|
Ouagadougou,
Burkina Faso
|
Costantini-C et.,
al,1998
|
malaria vectors
|
light-traps
|
The study revealed that light traps did not have any bias in favour
of any particular species.
|
Central India
|
Singh-N et., al,1997
|
insects
|
window and Malaise
traps
|
Malaise traps appear not to be suited for quantitative sampling in
exposed sites.
|
Rickenbach, Switzerland
|
Schneider-K;
Duelli-P.1997.A
|
Ceratitis capitata
|
controlled-release
polymeric panels with trimedlure and ceralure in a new trap, the C&C trap
|
using released sterile flies showed consistently higher male medfly
catches with panels in C&C traps
|
United States
|
Warthen-JD et., al,1997
|
Bactrocera zonata (Saunders)
|
traps of different
colours
|
Yellow sticky traps also attracted higher numbers
|
Pakistan
|
Talib-Hussain JD et.,
al,1995
|
Wild
olive fruit flies
|
sticky
traps McPhail traps hydrolyzed protein Buminal or the odour lure Entomozyl
|
The
addition of a long-lasting Biolure ammonium acetate dispenser to yellow
single or crossed rectangular Rebell traps significantly improved their
efficiency.
|
Greece
|
Economopoulos-AP;
Papadopoulos-A.1983.
|
Tsetse: Glossina morsitans morsitans,
G. pallidipes, G. austeni and G. brevipalpis Newst
|
biconical trap
|
markedly enhanced by acetone
|
Mozambique
|
Takken-W.1984
|
Ips typographus and Trypodendron
lineatum [Xyloterus lineatus]
|
coloured flight barrier traps
|
concluded that black
traps should be used for trapping bark-beetles
|
German
Federal Republic
|
Dubbel et al., 1985.
|
Ceratitis capitata
|
trap
|
trap pattern may be a
rectangle or a cross
|
California
|
Mangel et al., 1984
|
tsetse flies
|
|
The efficiency of a
screen varies with the relative position and proportion of blue and black
stripes; the best was a blue screen fringed with 2 black stripes with a bb
blue/black ratio between 1 and 2 for a 83 cm width blue/black ratio between 1
and 2 for a 83 cm width blue/black ratio between 1 and 2 for a 83 cm width
blue/black ratio between 1 and 2 for a 83 cm width blue/black ratio between 1
and 2 for a 83 cm width blue/black ratio between 1 and 2 for a 83 cm width.
Blue/black ratio between 1 and 2 for a 83 cm width. Blue/black ratio between
1 and 2 for a 83 cm width. Blue/black ratio between 1 and 2 for a 83 cm
width. Blue/black ratio between 1 and
2 for a 83 cm width. Blue/black ratio
between 1 and 2 for a 83 cm width
|
Ivory
Coast
|
Laveissiere-C;et,al,1987
|
Ceratitis capitata Wied
|
|
The results showed that
the attractancy of the hydrolyzed protein was reduced by almost half when
insecticide was added to the bait.
|
Spain
|
Ros-JP;et,al,1988
|
mosquito
|
|
This suggests that
these microcosms should provide statistically significant evaluations of the
mosquito control efficacy of selected larvivorous fishes in waste water
environments.
|
|
Castleberry-DT,1986,
|
Musca vetustissima
|
|
Placement of traps in
preferred fly haunts was essential for maximum trapping efficiency. The
method might be applicable for periodic containment of these flies in
continental areas.
|
Kwajalein
Island, Marshall Islands.
|
Legner-EF,1986,
|
|
|
these flies in
continental areas.
|
|
|
Mosquitoes
|
various types of sound traps.
|
The board speaker trap
also caught significantly larger numbers of females of A. albopictus than the
other traps.
|
Japan.
|
Ikeshoji-T;
Ogawa-K,1988
|
peridomestic mosquito filarial vectors
|
CDC gravid mosquito trap
|
A factor of 0.7217
converts these figures to comparative cost-effectiveness. C. quinquefasciatus
made up 83% and A. subalbatus 16% of the trap catches over 12 months; the
remaining 1% consisted of Aedes aegypti, A. albopictus, A. (Aedimorphus)
jamesi, C. tritaeniorhynchus and C. (Lutzia) sp. For the indoor resting samples,
species other than the first two are not mentioned.
|
Sri
Lanka
|
Jayanetti-SR;et,al,1988
|
fruit flies
|
Modified McPhail traps
|
It is suggested that
mangoes are infested by adults emerging from pupae in the soil and by
migratory adults.
|
Costa Rica
|
Soto-Manitiu-J;et,al,1987
|
Ceratitis capitata Wied
|
2 trap types
(transparent plexiglass coated with adhesive and wood soaked in deltamethrin
at 0.25% a.i.),
|
The efficiency of the
2nd type was confirmed by comparing oviposition in treated and untreated
groves
|
Sardinia.
|
Ortu-S; Prota-R,1988
|
windblown arthropods
|
Malaise trap
|
Malaise trap efficiency
was compared with that of aerial traps, and the efficacy of Malaise traps in
collecting windblown arthropods in lowland forests in New Zealand appeared to
be limited.
|
New Zealand
|
Moeed-A; Meads-MJ,1987,
|
adults of Lonchaea
cristula,
|
|
Ninety-six percent of
the specimens captured belonged to the genus Lonchaea and it was concluded
that hydrolyzed corn protein is a highly specific attractant for this group.
|
Tenerife, Canary
Islands,
|
Hernandez-M-Rojas-de;et.al,1987
|
fruit flies
|
McPhail traps
|
The traps in this study
caught flies of 14 families including Sarcophagidae, Muscidae, Calliphoridae,
Anthomyiidae and Ulidiidae.
|
Japan
|
Matsumoto-N;et,al,1987
|
insect pest populations
(such as Glossina),
|
pheromone-baited traps
|
These differences in
relative efficiency appear to depend on the frequency of mating relative to
birth and mortality rates.
|
|
Barclay-HJ,1987
|
killing flies
|
|
The addition of
muscalure (25 to 200 mg/device) increased the number of flies killed by the
devices by as much as 76% but only one of the increases was statistically
significant.
|
|
Rutz-DA; Scoles-GA;
Howser-GG,1988,
|
Cochliomyia hominivorax
|
traps (baited with
swormlure-4)
|
During periods when
trees and other vegetation are in full foliage, detection and survey of adult
populations may be better accomplished by placing traps in pastures rather
than woods.
|
Mexico,
|
Welch-JB,1988,
|
Rhagoletis pomonella
|
apple maggot (Diptera:
Tephritidae) lures
|
The Pherocon AM panel
(which incorporated a mixture of 0.5 g ammonium acetate and 0.5 g casein
hydrolysate) exhibited a reduced capture efficiency when aged for 9 days
before use, which correlated well with the 5-day longevity observed in
laboratory tests.
|
Utah
|
Jones-VP,1988,
|
fruit-flies
|
Valencia-type fly-traps
|
For monitoring the
populations, the best results were obtained with the plastic bottles (which
were perforated at the top) containing a 25% solution of passionfruit juice
as the bait.
|
Brazil
|
Lorenzato-D,1984,
|
house flies
|
ultraviolet-emitting
electric fly traps
|
Methods are given for
calculating the relative attractiveness of light sources for M. domestica and
of calculating the relative efficiency of any electric trap design.
Calculated effectiveness was validated by experimentation.
|
|
Pickens-LG;et,al,1986
|
three species of tsetse
fly
|
biconical trap
|
The sex ratios of the
captures were variable, depending on the type of trap or target; the
electrified biconical trap and the screen with mosquito netting caught a
considerably greater percentage of females than did the other traps.
|
South-western Burkina
Faso
|
Filledier-J;
Politzar-H,1985,
|
cotton boll weevils
|
pheromone traps (model
of D.D. Hardee)
|
The results showed that
used traps were as efficient as new ones and that the use of insecticidal
strips increased trap efficiency.
|
Brazil,
|
Aquino-IS;et,al,1986
|
adult populations of
Tipula spp.
|
water traps
|
It was concluded that
operator error can be as important as predictive error in the implementation
of a forecasting scheme and that it cannot be assumed that any monitoring
system operates with complete accuracy.
|
Northern Ireland
|
Blackshaw-RP,1987,
|
AMBI Larval Pupal
|
|
The water delivery
system was altered and the collecting container replaced by an aquarium fish
net.
|
|
Mendelman-KL;et,al,1986.
|
Glossina palpalis
palpalis
|
"Vavoua"
trap.
|
composed of a blue
external part (cotton/polyester) and a black internal part (polyamide) with a
blue/black ratio equal to 2.
|
Ivory Coast
|
Laveissiere-C;
Grebaut-P,1990,
|
fruit flies
|
Yellow fluorescent
sticky traps
|
. For Dacus oleae
[Bactrocera oleae], plastic McPhail traps baited with 2% ammonium phosphate
and Rebell traps with Buminal capsules were the most effective.
|
Turkey.
|
Zumreoglu-A;et,al,1987
|
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