Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Trap and baiting materials for monitoring tef shoot flies, Atherigona spp. (Diptera: Muscidae) in tef (Eragrostis tef)

View through CrossRef
Abstract In an experiment five color types, four baiting materials and two trap types were consecutively evaluated from 2018/19 to 2022/23 cropping seasons inclusive, to determine their attractiveness to tef shoot fly (Atherigona spp.). Treatments were tested in Latin square design and for the latter two trials a control treatment was included for comparison. It was found that orange and green color water pan traps attracted more number of tef shoot flies than yellow, indigo and blue color traps; although, the number of tef shoot flies caught per trap per day was less than one in all color types. Moreover, more number of tef shoot flies was caught in the morning at 8:00 a.m. than in the later hours. Among the baiting materials that were tested, fish meal and chicken meat attracted greater number of tef shoot flies than lamb and beef. However, a combination of orange water pan trap and a baiting material attracted greater number of tef shoot flies than an orange water pan trap without a baiting material. The trap efficiency of fish meal baited cooking oil container trap relative to the fish meal baited orange water pan trap ranged from 3 to 25%. Depending upon season, tef crop damage by shoot flies varied from trace to 6% and there was positive association between trap catch and damage percentage. Thus traps, particularly cooking oil container trap, baited with fish meal can be used to monitor and assess tef shoot fly population in tef crop.
Title: Trap and baiting materials for monitoring tef shoot flies, Atherigona spp. (Diptera: Muscidae) in tef (Eragrostis tef)
Description:
Abstract In an experiment five color types, four baiting materials and two trap types were consecutively evaluated from 2018/19 to 2022/23 cropping seasons inclusive, to determine their attractiveness to tef shoot fly (Atherigona spp.
).
Treatments were tested in Latin square design and for the latter two trials a control treatment was included for comparison.
It was found that orange and green color water pan traps attracted more number of tef shoot flies than yellow, indigo and blue color traps; although, the number of tef shoot flies caught per trap per day was less than one in all color types.
Moreover, more number of tef shoot flies was caught in the morning at 8:00 a.
m.
than in the later hours.
Among the baiting materials that were tested, fish meal and chicken meat attracted greater number of tef shoot flies than lamb and beef.
However, a combination of orange water pan trap and a baiting material attracted greater number of tef shoot flies than an orange water pan trap without a baiting material.
The trap efficiency of fish meal baited cooking oil container trap relative to the fish meal baited orange water pan trap ranged from 3 to 25%.
Depending upon season, tef crop damage by shoot flies varied from trace to 6% and there was positive association between trap catch and damage percentage.
Thus traps, particularly cooking oil container trap, baited with fish meal can be used to monitor and assess tef shoot fly population in tef crop.

Related Results

Taxonomy of the genus eragrostis (Eragrostis wolf.) in Mongolia
Taxonomy of the genus eragrostis (Eragrostis wolf.) in Mongolia
Annual plants in the vegetation cover of desert steppe and desert zones play a significant role, and one of these is the genus Eragrostis. To address the taxonomic issues of this g...
Keanekaragaman Serangga Yang Berpotensi Hama Di Hutan Pendidikan Universitas Jambi
Keanekaragaman Serangga Yang Berpotensi Hama Di Hutan Pendidikan Universitas Jambi
ABSTRACT This research is to identify the types of insect pests with four trapping methods, there are Sweep Net Trap, Pit Fall Trap, Yellow Paper Trap, and Light Trap. This researc...
CHEMOTACTOMETER AND GLUE TRAP BIOASSAYS TO EVALUATE PELLET BAITS TO LURE HOUSE FLIES
CHEMOTACTOMETER AND GLUE TRAP BIOASSAYS TO EVALUATE PELLET BAITS TO LURE HOUSE FLIES
Different pellet baits were prepared and evaluated for their efficacy to lure house flies in chemotactometer and glue trap bioassays. Pellets with fish meal alone (FM), fish meal +...
Slow recruitment in a red-fox population following poison baiting: a non-invasive mark–recapture analysis
Slow recruitment in a red-fox population following poison baiting: a non-invasive mark–recapture analysis
Context Optimal management of invasive species should determine the interval between lethal-control operations that will sustain a desired population suppressio...
Man’s best friend and our shared infectious diseases
Man’s best friend and our shared infectious diseases
Abstract This review categorizes 62 zoonoses humans share with dogs based on their clinical, public health importance, and global distribution. Three categor...
Genetic divergence analyses in tef (Eragrostis tef (Zucc.) Trotter) landraces based on morpho-agronomic traits
Genetic divergence analyses in tef (Eragrostis tef (Zucc.) Trotter) landraces based on morpho-agronomic traits
Tef (Eragrostis tef (Zucc.) Trotter) is a gluten-free cereal crop mainly grown in Ethiopia. Knowledge of the nature and magnitude of variation that exists in breeding materials is ...
Smart Automatic Insect Catching System
Smart Automatic Insect Catching System
Introduction: Agricultural insect pests cause an estimated 30-40% of global crop losses annually, threatening food security and farmer livelihoods. Conventional pest control relies...

Back to Top