Results 131 to 140 of about 153,205 (314)

Laboratory, simulated‐use, and field evaluation of non‐insecticidal consumer products for indoor pest management: a freeze‐spray aerosol, light traps, and an ‘insect repellent’ lamp

Pest Management Science, EarlyView.
Control efficacy of three types of non‐insecticidal consumer products were examined in laboratory, simulated‐use, and field conditions. Freeze spray and ‘repellent lamp’ showed limited efficacy, whereas various results in attraction in light trap were reported.
Min‐Geun Son, Yunho Yang, Seongbin Kim, Jun‐Hyung Tak   +3 more
wiley   +1 more source

Entomology Department Newsletter 2014

, 2014
University of Minnesota Entomology Department. (2014). Entomology Department Newsletter 2014.
University of Minnesota Entomology Department
core  

Entomology Department Newsletter, Fall 2020

, 2020
University of Minnesota Entomology Department. (2020). Entomology Department Newsletter, Fall 2020.
University of Minnesota Entomology Department
core  

Entomology Department Newsletter, Spring & Summer 2023

, 2023
University of Minnesota Entomology Department. (2023). Entomology Department Newsletter, Spring & Summer 2023.
University of Minnesota Entomology Department
core  

Innovation in pest management: can the past inform the future?

Pest Management Science, EarlyView.
Progress in pest management occurred incrementally, but occasionally, transformative discoveries introduced disruptive technologies. Looking ahead, generative artificial intelligence is expected to accelerate agricultural discovery by integrating vast datasets from mechanization, genetics, and chemistry.
Eric Moog, Franck E. Dayan
wiley   +1 more source

Entomology Department Newsletter, 2018-2019

, 2019
University of Minnesota Entomology Department. (2019). Entomology Department Newsletter, 2018-2019.
University of Minnesota Entomology Department
core  

Resistance to thiophanate‐methyl and azoxystrobin in Colletotrichum species from Brazilian grapes

Pest Management Science, EarlyView.
First report of resistance to both quinone outside inhibitor (QoI; azoxystrobin) and methyl benzimidazole carbamate (MBC; thiophanate‐methyl) fungicides in Colletotrichum isolates associated with grapevine in Brazil. Abstract BACKGROUND Grape ripe rot (GRR) caused by Colletotrichum species can cause yield loss in vineyards in Southern and Northeast ...
Daniel Ricardo Maass Steiner, Camila Iavorski Zela, Debora Franco de Oliveira, Jhulia Gelain, Guido Schnabel, Louise Larissa May De Mio   +5 more
wiley   +1 more source

Entomology Newsletter, May 1, 1943

, 1943
Newsletter of the University of Minnesota Department of EntomologyUniversity of Minnesota: Department of Entomology. (1943). Entomology Newsletter, May 1, 1943.
University of Minnesota: Department of Entomology
core  

Entomology Department Newsletter, Spring 2020

, 2020
University of Minnesota Entomology Department. (2020). Entomology Department Newsletter, Spring 2020.
University of Minnesota Entomology Department
core  

In planta analysis of the mode of action of cinmethylin and confirmation of fatty acyl‐ACP thioesterases (FATs) as primary site of action

Pest Management Science, EarlyView.
In planta analysis of the mode of action of cinmethylin and confirmation of fatty acyl‐ACP thioesterases (FATs) as primary site of action. Cinmethylin inhibits FATs, disrupting eukaryotic de novo lipid biosynthesis and causing defects in cell division, elongation and integrity. We confirm FATs as the primary site of action in planta.
Maximillian Pollmeier, Aisha Gerhardt, Janneke Hendriks, Katharina Kaprocki, Alexandra Zimmermann, Sarina Ruehm, Martina Marnet, Maria Stroe, Jorge Alfredo Rojas Biava, Clara Hofmann, Michael Betz, Sascha Schlaefer, Philipp Ternes, Jens Lerchl, Selene Garcia‐Hernandez, Philipp Johnen   +15 more
wiley   +1 more source