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The overall tone indicates strong support and curiosity about the study, with examples like support for its novel approach in identifying key pathways involved in spina bifida, and references to its potential impact on medical genetics. Words like 'groundbreaking' and 'significant' highlight enthusiasm while the mention of detailed methods shows active engagement with scientific aspects.
Most discussions express support for the significance of the publication, citing its potential to advance understanding of genetic factors in spina bifida.
The topics attract high interest, with many posts mentioning pathways, genetic analysis, and the implications for medical research.
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The discussions reflect recognition of the research’s potential impact in genetic diagnostics and informing future therapies, though some remain speculative about immediate applications.
本土と大東諸島のハラビロカマキリのオスにそれぞれ同・異産地の処女メス由来の揮発性物質を提示すると、オスが同産地のメスのものに対してのみ振動行動（配偶行動の一種）をしたという論文。性フェロモンの特異性を示唆。それぞれの土地で独自に進化した結果なのでしょう。 https://t.co/aW0yZJPGTd
The ecology of the invasive spotted lanternfly (Lycorma delicatula), a polyphagous #pest in North America. What are the most important wild and cultivated woody hosts? Article in Env. Ent. by @LJ_nixon19 and others like @BMSBresearch - https://t.co/Yh7HCGyPQa https://t.co/c1pjo43vsO
Locusts are a HUGE threat to agriculture all over the world... except in North America. They disappeared from the continent in the 1880s, and were potentially a victim of colonization. https://t.co/D0xNNXGcvn https://t.co/y38QzKkiGW
I’m happy to share that the manuscript me and my colleagues at @Bayer4CropsUS
Happy to share new article from a #CollaborativeResearch with @MSUEntomology's #ForestEntomology lab! We identified #InsectVectors of #OakWilt
Finally published a project with @PetersonInsects , @BobWrightUNL , and several other wonderful people. In summary: maintaining a miniature wasp colony for deployment toward the biological control of western bean cutworm in western Nebraska was difficult. https://t.co/Q6X5Ce2eHZ
Locusts are a major agricultural pest except in North America. What happened to the Rocky Mountain locusts that once swarmed this continent? Researchers believe that colonization of the North American West may have…
In this episode, Ed discusses the Soybean tentiform leafminer, an emergent pest affecting soybeans, with Dr. Bob Koch from the University of Minnesota. Learn about its biology, impact, and research advancements in…
In this episode, Ed discusses the Soybean tentiform leafminer, an emergent insect pest of soybean, with Dr. Bob Koch from the University of Minnesota. The video explores its pest dynamics, highlighting recent studies…
Japanese Barberry promotes environments favorable for ticks and mice, increasing Lyme disease risk. Removing invasive plants helps protect ecosystems and human health.
This video discusses biorational control options for the Western Grapeleaf Skeletonizer, a rising pest in California. It covers parasitoids, granuloviruses, and pheromones used in integrated pest management.
Subscribe for weekly Zenthanol videos. This video covers the biology of Amyelois transitella, a key pest in nut crops, and discusses modern methods like radio frequency treatments and pheromone trapping for pest…
In this episode, Ed discusses the soybean tentiform leafminer, an emergent insect pest of soybean with Dr. Bob Koch from the University of Minnesota. The video highlights genetic research techniques, including…
Osmia cornuta has been confirmed to be established in British Columbia and entomologists are sounding the alarm. They are wrong and here's why. Good research though.
Ed discusses the Soybean tentiform leafminer, an emergent insect pest of soybean, with Dr. Bob Koch of the University of Minnesota. This video highlights the importance of monitoring this pest and its implications on…
当然のように作物に内生させた研究もある。昆虫による食害を抑える効果があったらしい。 Suppression of Ostrinia nubilalis (Hübner) (Lepidoptera: Pyralidae) by Endophytic Beauveria bassiana (Balsamo) Vuillemin https://t.co/bMmKPzucCc
Excited to share our latest publication on volatile-mediated interactions between plants and insect herbivores, pollinators, and natural enemies!! Here, we review the literature on volatile multifunctionality and propose new ideas! https://t.co/JMx1r9EBR4
Lagos-Kutz DM, et al. 2025. Monitoring Eastern flower thrips and soybean thrips (Thysanoptera: Thripidae) and the generalist predator, insidious flower bug (Hemiptera: Anthocoridae) in the American Midwest Suction Trap Network. Environmental Entomology. https://t.co/xkCogW8IMD
Excited to share my latest publication with @entothompson.bsky.social and Emily Russvage. Here, we reviewed how plants leverage multifunctional volatiles to mediate plant-insect interactions simultaneously with multiple insect groups in agroecosystems. Check it out!
RT @mtpeaks: ハラビロとムネアカハラビロの種間でオスがメスに誘因される行動を比較した共著論文。両種ともコーリング中の同種メスとその抽出物に強く誘因される一方、異種メスとその抽出物には誘因されなかった。ハラビロ属2種に性フェロモンを介した繁殖干渉がないことを示唆してい…
RT @mtpeaks: ハラビロとムネアカハラビロの種間でオスがメスに誘因される行動を比較した共著論文。両種ともコーリング中の同種メスとその抽出物に強く誘因される一方、異種メスとその抽出物には誘因されなかった。ハラビロ属2種に性フェロモンを介した繁殖干渉がないことを示唆してい…
RT @mtpeaks: ハラビロとムネアカハラビロの種間でオスがメスに誘因される行動を比較した共著論文。両種ともコーリング中の同種メスとその抽出物に強く誘因される一方、異種メスとその抽出物には誘因されなかった。ハラビロ属2種に性フェロモンを介した繁殖干渉がないことを示唆してい…
Our new paper on infection of the invasive lanternfly by two native fungi in NE USA https://t.co/DOrW2OTda4 https://t.co/Ax4U8fv6pB
New paper in Environmental Entomology using @gbif.org mediated data: Seasonal phenology of Empoasca fabae (Hemiptera: Cicadellidae) in Québec, Canada
RT @RMcNealEnto: New paper out! Digestion of fruit by black soldier fly alters VOC production. Thanks to my colleagues at @FliesFacility fo…
New paper out! Digestion of fruit by black soldier fly alters VOC production. Thanks to my colleagues at @FliesFacility for bringing me onto this project! We did a great job :) #sustainability #blacksoldierfly https://t.co/4sUil5B0kl
Seasonal phenology of Empoasca fabae (Hemiptera: Cicadellidae) in Québec, Canada https://t.co/YA0NYamOEC
RT @FliesFacility: Digestion of fruit wastes by black soldier fly (Diptera: Stratiomyidae) larvae alters moisture content and emission of g…
Digestion of fruit wastes by black soldier fly (Diptera: Stratiomyidae) larvae alters moisture content and emission of greenhouse gases, noxious gases, and odors https://t.co/ncwDXPjw2X
Seasonal phenology of Empoasca fabae (Hemiptera: Cicadellidae) in Québec, Canada https://t.co/YA0NYamOEC
Exploring dynamics of nature’s raincoat: comparing how nano-scale silk fibers produced by dryland and tropical species of webspinning insects interact with water https://t.co/qbIa0cnzLK
RT @Edel_PLopez: Seasonal phenology of Empoasca fabae (Hemiptera: Cicadellidae) in Québec, Canada https://t.co/YA0NYamOEC
Seasonal phenology of Empoasca fabae (Hemiptera: Cicadellidae) in Québec, Canada https://t.co/YA0NYamOEC
RT @Edel_PLopez: Seasonal phenology of Empoasca fabae (Hemiptera: Cicadellidae) in Québec, Canada https://t.co/YA0NYamgP4
Seasonal phenology of Empoasca fabae (Hemiptera: Cicadellidae) in Québec, Canada https://t.co/YA0NYamgP4
Sharing exciting results from the LeafHope Québec team!
#LiteratureNotice West et al. Reclaimed oil pads harbor higher #Carabidae ( #Coleoptera) abundances and species richness—but fall short of reestablishing the native prairie community doi.org/10.1093/ee/n... #Beetle #Beetles #GroundBeetles #CommunityEcology
RT @mtpeaks: 本土と大東諸島のハラビロカマキリのオスにそれぞれ同・異産地の処女メス由来の揮発性物質を提示すると、オスが同産地のメスのものに対してのみ振動行動（配偶行動の一種）をしたという論文。性フェロモンの特異性を示唆。それぞれの土地で独自に進化した結果なのでしょう…
RT @mtpeaks: 本土と大東諸島のハラビロカマキリのオスにそれぞれ同・異産地の処女メス由来の揮発性物質を提示すると、オスが同産地のメスのものに対してのみ振動行動（配偶行動の一種）をしたという論文。性フェロモンの特異性を示唆。それぞれの土地で独自に進化した結果なのでしょう…
RT @mtpeaks: 本土と大東諸島のハラビロカマキリのオスにそれぞれ同・異産地の処女メス由来の揮発性物質を提示すると、オスが同産地のメスのものに対してのみ振動行動（配偶行動の一種）をしたという論文。性フェロモンの特異性を示唆。それぞれの土地で独自に進化した結果なのでしょう…
RT @mtpeaks: 本土と大東諸島のハラビロカマキリのオスにそれぞれ同・異産地の処女メス由来の揮発性物質を提示すると、オスが同産地のメスのものに対してのみ振動行動（配偶行動の一種）をしたという論文。性フェロモンの特異性を示唆。それぞれの土地で独自に進化した結果なのでしょう…
RT @mtpeaks: 本土と大東諸島のハラビロカマキリのオスにそれぞれ同・異産地の処女メス由来の揮発性物質を提示すると、オスが同産地のメスのものに対してのみ振動行動（配偶行動の一種）をしたという論文。性フェロモンの特異性を示唆。それぞれの土地で独自に進化した結果なのでしょう…
RT @mtpeaks: 本土と大東諸島のハラビロカマキリのオスにそれぞれ同・異産地の処女メス由来の揮発性物質を提示すると、オスが同産地のメスのものに対してのみ振動行動（配偶行動の一種）をしたという論文。性フェロモンの特異性を示唆。それぞれの土地で独自に進化した結果なのでしょう…
RT @Insect_Bar: 先の投稿に反応いただいた方々ごめんなさい
RT @mtpeaks: 本土と大東諸島のハラビロカマキリのオスにそれぞれ同・異産地の処女メス由来の揮発性物質を提示すると、オスが同産地のメスのものに対してのみ振動行動（配偶行動の一種）をしたという論文。性フェロモンの特異性を示唆。それぞれの土地で独自に進化した結果なのでしょう…
RT @mtpeaks: 本土と大東諸島のハラビロカマキリのオスにそれぞれ同・異産地の処女メス由来の揮発性物質を提示すると、オスが同産地のメスのものに対してのみ振動行動（配偶行動の一種）をしたという論文。性フェロモンの特異性を示唆。それぞれの土地で独自に進化した結果なのでしょう…
RT @mtpeaks: 本土と大東諸島のハラビロカマキリのオスにそれぞれ同・異産地の処女メス由来の揮発性物質を提示すると、オスが同産地のメスのものに対してのみ振動行動（配偶行動の一種）をしたという論文。性フェロモンの特異性を示唆。それぞれの土地で独自に進化した結果なのでしょう…
RT @mtpeaks: 本土と大東諸島のハラビロカマキリのオスにそれぞれ同・異産地の処女メス由来の揮発性物質を提示すると、オスが同産地のメスのものに対してのみ振動行動（配偶行動の一種）をしたという論文。性フェロモンの特異性を示唆。それぞれの土地で独自に進化した結果なのでしょう…
RT @mtpeaks: 本土と大東諸島のハラビロカマキリのオスにそれぞれ同・異産地の処女メス由来の揮発性物質を提示すると、オスが同産地のメスのものに対してのみ振動行動（配偶行動の一種）をしたという論文。性フェロモンの特異性を示唆。それぞれの土地で独自に進化した結果なのでしょう…
RT @mtpeaks: 本土と大東諸島のハラビロカマキリのオスにそれぞれ同・異産地の処女メス由来の揮発性物質を提示すると、オスが同産地のメスのものに対してのみ振動行動（配偶行動の一種）をしたという論文。性フェロモンの特異性を示唆。それぞれの土地で独自に進化した結果なのでしょう…
RT @mtpeaks: 本土と大東諸島のハラビロカマキリのオスにそれぞれ同・異産地の処女メス由来の揮発性物質を提示すると、オスが同産地のメスのものに対してのみ振動行動（配偶行動の一種）をしたという論文。性フェロモンの特異性を示唆。それぞれの土地で独自に進化した結果なのでしょう…
RT @mtpeaks: 本土と大東諸島のハラビロカマキリのオスにそれぞれ同・異産地の処女メス由来の揮発性物質を提示すると、オスが同産地のメスのものに対してのみ振動行動（配偶行動の一種）をしたという論文。性フェロモンの特異性を示唆。それぞれの土地で独自に進化した結果なのでしょう…
RT @mtpeaks: 本土と大東諸島のハラビロカマキリのオスにそれぞれ同・異産地の処女メス由来の揮発性物質を提示すると、オスが同産地のメスのものに対してのみ振動行動（配偶行動の一種）をしたという論文。性フェロモンの特異性を示唆。それぞれの土地で独自に進化した結果なのでしょう…
RT @mtpeaks: 本土と大東諸島のハラビロカマキリのオスにそれぞれ同・異産地の処女メス由来の揮発性物質を提示すると、オスが同産地のメスのものに対してのみ振動行動（配偶行動の一種）をしたという論文。性フェロモンの特異性を示唆。それぞれの土地で独自に進化した結果なのでしょう…
RT @mtpeaks: 本土と大東諸島のハラビロカマキリのオスにそれぞれ同・異産地の処女メス由来の揮発性物質を提示すると、オスが同産地のメスのものに対してのみ振動行動（配偶行動の一種）をしたという論文。性フェロモンの特異性を示唆。それぞれの土地で独自に進化した結果なのでしょう…
RT @mtpeaks: 本土と大東諸島のハラビロカマキリのオスにそれぞれ同・異産地の処女メス由来の揮発性物質を提示すると、オスが同産地のメスのものに対してのみ振動行動（配偶行動の一種）をしたという論文。性フェロモンの特異性を示唆。それぞれの土地で独自に進化した結果なのでしょう…
本土と大東諸島のハラビロカマキリのオスにそれぞれ同・異産地の処女メス由来の揮発性物質を提示すると、オスが同産地のメスのものに対してのみ振動行動（配偶行動の一種）をしたという論文。性フェロモンの特異性を示唆。それぞれの土地で独自に進化した結果なのでしょう。 https://t.co/aW0yZJPGTd
先の投稿に反応いただいた方々ごめんなさい
@DrDeath1776 @patrickdoddboy https://t.co/CAGnuZt9X6 Couldn't find the video I watched but here
Mycorrhizal fungus colonization on maize seedlings diminishes oviposition of fall armyworm females and affect larval performance https://t.co/9N78Fn9nlS
My recent emerald ash borer paper. Investigating how adult beetles feeding on different species of ash leaves impacts their reproductive success! https://t.co/0a4PabukmH https://t.co/TRkKBY3KUN
#LiteratureNotice Audley et al. Woodborers and wood-decay related beetle responses to a major forest disturbance event in the central and southern Sierra Nevada, California doi.org/10.1093/ee/n... #Beetle #Beetles #DisturbanceEcology
#LiteratureNotice Schmitt et al. #Phenology and voltinism of the Asian #LonghornBeetles ( #Coleoptera: #Cerambycidae) in South Carolina, United States doi.org/10.1093/ee/n... #Beetle #Beetles #InvasiveSpecies
Excited with our new paper: “Wild bees show local spatial and temporal dynamics in southeastern US blueberry farmscapes”. We found that bee composition fluctuate seasonally, with distinct patterns across field interiors, edges, and adjacent forests. https://t.co/TzXNN40uAU
New paper in Environmental Entomology using @gbif.org mediated data: Pacific Northwest native plants and native cultivars, part I: pollinator visitation
While using larger tags in (pollinator )research over the last decades already, these tiny tags open up many more possibilities for experiments with much smaller species (not only
RT @true_bug: Finally published a project with @PetersonInsects , @BobWrightUNL , and several other wonderful people. In summary: maintaini…
RT @true_bug: Finally published a project with @PetersonInsects , @BobWrightUNL , and several other wonderful people. In summary: maintaini…
RT @true_bug: Finally published a project with @PetersonInsects , @BobWrightUNL , and several other wonderful people. In summary: maintaini…
New pub hot off the press!
RT @true_bug: Finally published a project with @PetersonInsects , @BobWrightUNL , and several other wonderful people. In summary: maintaini…
RT @true_bug: Finally published a project with @PetersonInsects , @BobWrightUNL , and several other wonderful people. In summary: maintaini…
RT @true_bug: Finally published a project with @PetersonInsects , @BobWrightUNL , and several other wonderful people. In summary: maintaini…
Finally published a project with @PetersonInsects , @BobWrightUNL , and several other wonderful people. In summary: maintaining a miniature wasp colony for deployment toward the biological control of western bean cutworm in western Nebraska was difficult. https://t.co/Q6X5Ce2eHZ
RT @UNCOBio: Congratulations to Eric Januszkiewicz on his recent cover photograph for "Environmental Ecology." His beautiful image features…
Congratulations to Eric Januszkiewicz on his recent cover photograph for "Environmental Ecology." His beautiful image features a pea aphid studied by the Gomez Lab: https://t.co/xmGNQIkIZn https://t.co/2BEryrDrLj
RT @arcabrera78: I’m happy to share that the manuscript me and my colleagues at @Bayer4CropsUS
RT @Karan_PlantPath: Happy to share new article from a #CollaborativeResearch with @MSUEntomology's #ForestEntomology lab! We identified #I…
RT @Karan_PlantPath: Happy to share new article from a #CollaborativeResearch with @MSUEntomology's #ForestEntomology lab! We identified #I…
RT @Karan_PlantPath: Happy to share new article from a #CollaborativeResearch with @MSUEntomology's #ForestEntomology lab! We identified #I…
Happy to share new article from a #CollaborativeResearch with @MSUEntomology's #ForestEntomology lab! We identified #InsectVectors of #OakWilt
RT @arcabrera78: I’m happy to share that the manuscript me and my colleagues at @Bayer4CropsUS
RT @arcabrera78: I’m happy to share that the manuscript me and my colleagues at @Bayer4CropsUS
RT @arcabrera78: I’m happy to share that the manuscript me and my colleagues at @Bayer4CropsUS
I’m happy to share that the manuscript me and my colleagues at @Bayer4CropsUS
https://t.co/VGZIzhbZDp 9/27/24 Pattern recognition links the claims of the 2024 Nobel Laureates in Physiology or Medicine to 6000 years of light-matter linked ecological adaptations across kingdoms sans moronic theories.
@seenpergola @sethmpk Not sure they would “wipe out local tree populations” https://t.co/frmkVpCjAL
@Kasiality @minicararnold https://t.co/HyEWgdEi5i this was the article you were referring to and while it agrees theyre not the end of the world as many originally worried about they still have an adverse effect on non invasive plants. I have no idea where you got it from that it doesnt damage plants
RT @Jocelynlsmith: New publication! Wireworm species associated with corn and soybean agroecosystems in Ontario, Canada https://t.co/SKKSqA…
RT @Jocelynlsmith: New publication! Wireworm species associated with corn and soybean agroecosystems in Ontario, Canada https://t.co/SKKSqA…
RT @Jocelynlsmith: New publication! Wireworm species associated with corn and soybean agroecosystems in Ontario, Canada https://t.co/SKKSqA…
New publication! Wireworm species associated with corn and soybean agroecosystems in Ontario, Canada https://t.co/SKKSqAPHaA. Thanks to the growers who participated in that huge seed treatment study a few years ago @GrainFarmers @OntarioSoilCrop
Some avocado types, like 'Malama,' have fewer pests, while others, like 'Kahalu’u' and 'Sharwil,' get more bugs. Hybrid trees often have worse infestations, and sugary leaves attract more bugs. https://t.co/dJYdZgAVgS https://t.co/uOGSWbpPT7
RT @CalebJohnWilson: New paper is out now: We examined how tree diversity and ash density influenced emerald ash borer biocontrol in post-i…
RT @CalebJohnWilson: New paper is out now: We examined how tree diversity and ash density influenced emerald ash borer biocontrol in post-i…
RT @CalebJohnWilson: New paper is out now: We examined how tree diversity and ash density influenced emerald ash borer biocontrol in post-i…
RT @CalebJohnWilson: New paper is out now: We examined how tree diversity and ash density influenced emerald ash borer biocontrol in post-i…
New paper is out now: We examined how tree diversity and ash density influenced emerald ash borer biocontrol in post-invasion forests. https://t.co/Jhfx7FQHbj
Tree species richness and ash density have variable effects on emerald ash borer biological control by woodpeckers and parasitoid wasps in post-invasion white ash stands https://t.co/r8zpRKP8BG
RT @AcarologicalSoc:
Diurnal predators in dim light: the ability of mantids to prey for supper https://t.co/kZolg7BTv1 周囲の明るさとカマキリの捕食成功率
RT @AcarologicalSoc:
RT @PestinfoW: Optimizing trapping of the invasive brown marmorated stink bug (#Halyomorpha halys), a destructive and polyphagous #pest in…
RT @PestinfoW: Optimizing trapping of the invasive brown marmorated stink bug (#Halyomorpha halys), a destructive and polyphagous #pest in…
RT @PestinfoW: Optimizing trapping of the invasive brown marmorated stink bug (#Halyomorpha halys), a destructive and polyphagous #pest in…
Optimizing trapping of the invasive brown marmorated stink bug (#Halyomorpha halys), a destructive and polyphagous #pest in North America - article in Environmental Entomology by P. Glynn Tillman and others like @kesheimerIPM - https://t.co/MWGDjrTeUn
RT @Dr_Joe_Roberts: Understanding the movement and dispersal patterns of released Fopius arisanus (Hymenoptera: Braconidae) parasitoids in…
RT @Dr_Joe_Roberts: Understanding the movement and dispersal patterns of released Fopius arisanus (Hymenoptera: Braconidae) parasitoids in…
Researchers counted nymphal ticks around 42 properties in Connecticut, finding differences in abundance based on types of landscaping and adjoining landscaping types. This information can improve targeted use acaricides. https://t.co/5YOwK4i6gc
RT @Dr_Joe_Roberts: Understanding the movement and dispersal patterns of released Fopius arisanus (Hymenoptera: Braconidae) parasitoids in…
RT @Dr_Joe_Roberts: Understanding the movement and dispersal patterns of released Fopius arisanus (Hymenoptera: Braconidae) parasitoids in…
RT @Dr_Joe_Roberts: Understanding the movement and dispersal patterns of released Fopius arisanus (Hymenoptera: Braconidae) parasitoids in…
RT @Dr_Joe_Roberts: Understanding the movement and dispersal patterns of released Fopius arisanus (Hymenoptera: Braconidae) parasitoids in…
Where do the corn earworm in Ontario originate? Mostly south of us. More sampling to come in eastern Canada in the next few years! Continental-scale migration patterns and origin of Helicoverpa zea (Lepidoptera: Noctuidae) based on a biogeochemical marker https://t.co/8KNRRPXUMu
RT @Dr_Joe_Roberts: Understanding the movement and dispersal patterns of released Fopius arisanus (Hymenoptera: Braconidae) parasitoids in…
RT @Dr_Joe_Roberts: Understanding the movement and dispersal patterns of released Fopius arisanus (Hymenoptera: Braconidae) parasitoids in…
RT @dara_stockton: https://t.co/6FXt1MJVVo New paper out today in Environmental Entomology! Check it out!
[3] Murman K et al. 2020. Distribution, Survival, and Development of Spotted Lanternfly on Host Plants Found in North America. Environmental Entomology, Volume 49, Issue 6. Available from https://t.co/yuMnUTPANa (accessed February 13, 2024).
[3] Murman K et al. 2020. Distribution, Survival, and Development of Spotted Lanternfly on Host Plants Found in North America. Environmental Entomology, Volume 49, Issue 6. Available from https://t.co/yuMnUTPANa (accessed February 13, 2024).
woowoo another paper from my phd just hit !! full text on researchgate if you’re interested
@cmhmaliani Igual esto te interesa, you maybe interested in this paper. https://t.co/pk46vG2nep
#LiteratureNotice Wang et al. Identification and Expression Profiles of Putative Soluble Chemoreception Proteins from Lasioderma serricorne (#Coleoptera: #Anobiidae) Antennal Transcriptome doi.org/10.1093/ee/n... #Beetle #Beetles #WoodwormBeetles #ChemicalCommunication
#LiteratureNotice Haynes et al. Seasonal #Phenology of Velvet Longhorned Beetle, Trichoferus campestris (#Coleoptera: #Cerambycidae) in Minnesota doi.org/10.1093/ee/n... #Beetle #Beetles #LonghornBeetles
RT @AcarologicalSoc:
RT @AcarologicalSoc:
RT @PestinfoW: The ecology of the invasive spotted lanternfly (Lycorma delicatula), a polyphagous #pest in North America. What are the most…
RT @PestinfoW: The ecology of the invasive spotted lanternfly (Lycorma delicatula), a polyphagous #pest in North America. What are the most…
RT @PestinfoW: The ecology of the invasive spotted lanternfly (Lycorma delicatula), a polyphagous #pest in North America. What are the most…
RT @PestinfoW: The ecology of the invasive spotted lanternfly (Lycorma delicatula), a polyphagous #pest in North America. What are the most…
RT @PestinfoW: The ecology of the invasive spotted lanternfly (Lycorma delicatula), a polyphagous #pest in North America. What are the most…
RT @AcarologicalSoc:
RT @PestinfoW: The ecology of the invasive spotted lanternfly (Lycorma delicatula), a polyphagous #pest in North America. What are the most…
RT @AcarologicalSoc:
RT @PestinfoW: The ecology of the invasive spotted lanternfly (Lycorma delicatula), a polyphagous #pest in North America. What are the most…
The ecology of the invasive spotted lanternfly (Lycorma delicatula), a polyphagous #pest in North America. What are the most important wild and cultivated woody hosts? Article in Env. Ent. by @LJ_nixon19 and others like @BMSBresearch - https://t.co/Yh7HCGyPQa https://t.co/c1pjo43vsO
RT @MRHelmus: This invasive pest is promiscuous at its core. Multiple paternity increases from edge to core of the spotted lanternfly invas…
RT @MRHelmus: This invasive pest is promiscuous at its core. Multiple paternity increases from edge to core of the spotted lanternfly invas…
RT @MRHelmus: This invasive pest is promiscuous at its core. Multiple paternity increases from edge to core of the spotted lanternfly invas…
This invasive pest is promiscuous at its core. Multiple paternity increases from edge to core of the spotted lanternfly invasive range. New surprising finding from an awesome former postdoc @NBelouard published by @EntsocAmerica https://t.co/RARL4z0yW6 #ecology #entomology https://t.co/w0rZnO3IQJ
New in Environmental Entomology using GBIF-mediated data: Local habitat type influences bumble bee pathogen loads and bee species distributions #CiteTheDOI: ✅ https://t.co/v58cxnbWUA
New in Environmental Entomology using GBIF-mediated data: The Invasion History of Diaphorina citri (Hemiptera: Liviidae) in Puerto Rico: Past, Present, and Future Perspectives
BtabHNF4 A Hepatocyte Nuclear Factor BtabHNF4 Mediates Desiccation Tolerance and Fecundity in Whitefly (Bemisi https://t.co/0qqtyvql8S https://t.co/8Mpk5qOprl
RT @RyanBoForest: @sfiwc22 I think we may have a few stories!! Here is a photo of an EAB we excavated from a pupal chamber in our research…
@sfiwc22 I think we may have a few stories!! Here is a photo of an EAB we excavated from a pupal chamber in our research (https://t.co/XdbXRvAhPY) https://t.co/mNJdwAY0kj
RT @jacquelyn_fitz: "Ecological Drivers and Consequences of Bumble Bee Body Size Variation" https://t.co/I18tKqgoA4 Pleased to share our…
How Farmers Accidentally Killed Off North America's Locusts https://t.co/jH4oi95fiC via @YouTube
How Farmers Accidentally Killed Off North America's Locusts https://t.co/hQZzKvoiCc via @YouTube
https://t.co/B6F9BM2RFf Basically how to kill off the #locusts. #grasshoppers #farming
How Farmers Accidentally Killed Off North America's Locusts https://t.co/HLrUjADLN7 via @YouTube
How Farmers Accidentally Killed Off North America’s Locusts https://t.co/pPyAeSMIAm https://t.co/es5OlHzgxV
How Farmers Accidentally Killed Off North America's Locusts https://t.co/C8jjvdk9Pq via @YouTube
How Farmers Accidentally Killed Off North America's Locusts https://t.co/2fQhSG4Gzs via @YouTube
@YetoLovesYeta @v2029 @ReplyGuyReviews @UselloStore Just ran across this today. I bet they could easily have said the same about locusts as you claim about mosquitoes. No one even noticed they were gone: https://t.co/NuDEad0Nm3
https://t.co/n5RTahWVrh
Systems biology analysis of human genomes points to key pathways conferring spina bifida risk https://t.co/BhiKGft5CP https://t.co/MUiXJUyG6o
Systems biology analysis of human genomes points to key pathways conferring spina bifida risk https://t.co/zeHMMM3a2E
RT @ksuhre: New @PNASNews paper on #SpinaBifida led by Betsy Ross from @WeillCornell and contributions from @WCMEnglanderIPM and @WCMQatar:…
RT @ksuhre: New @PNASNews paper on #SpinaBifida led by Betsy Ross from @WeillCornell and contributions from @WCMEnglanderIPM and @WCMQatar:…
RT @ksuhre: New @PNASNews paper on #SpinaBifida led by Betsy Ross from @WeillCornell and contributions from @WCMEnglanderIPM and @WCMQatar:…
New @PNASNews paper on #SpinaBifida led by Betsy Ross from @WeillCornell and contributions from @WCMEnglanderIPM and @WCMQatar: "Systems biology analysis of human genomes points to key pathways conferring spina bifida risk" https://t.co/DSuPfmRPJq @SpinaBifidaAssn
Systems biology analysis of human genomes points to key pathways conferring spina #bifida risk https://t.co/RTlvDMYqjn
$T.C - BR: $25.20 -> NOW: $26.35 Systems biology analysis of human genomes points to key pathways conferring spina bifida risk [Medical Sciences] Read more: https://t.co/6uEDdoDenb
Systems biology analysis of human genomes points to key pathways conferring spina bifida risk https://t.co/WcvMq6Eujk
Systems biology analysis of human genomes points to key pathways conferring spina bifida risk https://t.co/epu6pZ95wp
It’s not unusual for the US to relocate an invasive species... especially if there are crops they want destroyed to increase dependence on the US for a food source. I think the locusts that “disappeared” from America got relocated to India and Kenya. https://t.co/kqCYN0Jp3Z https://t.co/IpDBM5tPs5
Systems Biology Analysis of Human Genomes Points to Key Pathways Conferring Spina Bifida Risk https://t.co/w63ASqUBmz
Systems Biology Analysis of Human Genomes Points to Key Pathways Conferring Spina Bifida Risk https://t.co/h3UFAQlrIU #bioRxiv
Systems Biology Analysis of Human Genomes Points to Key Pathways Conferring Spina Bifida Risk https://t.co/00iikCchyK #biorxiv_genomic
RT @PestinfoW: Practical application of #Methylsalicylate for attracting #predators of #insect #pests remains elusive - see the study in #c…
Practical application of #Methylsalicylate for attracting #predators of #insect #pests remains elusive - see the study in #cotton at USDA Maricopa, Arizona (@USDA_ARS) published in Environmental Entomology (@EntsocAmerica) - https://t.co/NnwJUmJar8 https://t.co/Z7VexJqGMa
How Farmers Accidentally Killed Off North America's Locusts https://t.co/eJWLUg3xIj via @SciShow #HerdMentality https://t.co/ibPCUd3kZB
How Farmers Accidentally Killed Off North America's Locusts https://t.co/xeaTKnkmAi via @YouTube
How Farmers Accidentally Killed Off North America's Locusts https://t.co/ebjE7m10vn via @YouTube #beyondhere
How Farmers Accidentally Killed Off North America's Locusts https://t.co/Hidac8YRkk via @YouTube
@Marina_Sirtis It looks like the North American locusts are extinct. https://t.co/bcuiDTFB7O
|･ω･｀)ﾌﾑﾌﾑ "How Farmers Accidentally Killed Off North America's Locusts" on YouTube - https://t.co/IOZvWZNqCe
https://t.co/ebDzIlG1Dv
@ballpark_frank @keithlowell On a related note: https://t.co/eClwZzIC2x
RT @SciShow: Locusts are a HUGE threat to agriculture all over the world... except in North America. They disappeared from the continent in…
https://t.co/K0ELSz5XGm
How Farmers Accidentally Killed Off North America's Locusts https://t.co/uqCZ28XJZP via @YouTube
New video by SciShow: How Farmers Accidentally Killed Off North America's Locusts https://t.co/KQtbVVenyx
How Farmers Accidentally Killed Off North America's Locusts @ https://t.co/YiKL9IaPQv https://t.co/EU8YJBQ5Y2
How Farmers Accidentally Killed Off North America's Locusts https://t.co/0Jsqc8snSw via @YouTube
Locusts are a HUGE threat to agriculture all over the world... except in North America. They disappeared from the continent in the 1880s, and were potentially a victim of colonization. https://t.co/D0xNNXGcvn https://t.co/y38QzKkiGW
Japanese beetle traps that were yellow or clear were more likely to catch bees than traps of other colours (mentioned on the last episode) https://t.co/qdLe4vlXGB https://t.co/jyvBpa3q58
RT @microbe_article: Microbes associated with black soldier fly (diptera: stratiomiidae) degradation of food waste. - Shelomi M et al. - ht…
Microbes associated with black soldier fly (diptera: stratiomiidae) degradation of food waste. - Shelomi M et al. - https://t.co/2XaxrN2Vgc #microbiome
Bombus (hymenoptera: apidae) microcolonies as a tool for biological understanding and pesticide risk assessment. - Klinger EG et al. - https://t.co/IT9K8pvOQZ #microbiome
Organic soils control beetle survival while competitors limit aphid population growth. - Krey KL et al. - https://t.co/kgcVFwET9O #microbiome
Amyelois transitella [Navel Orangeworm Moth] #PestPrimer: https://t.co/9AwESUP3UE via @YouTube
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