NSTL国家科技图书文献中心

1. Parasitoid avoidance of intraguild predation drives enemy complementarity in a multi-trophic ecological network NSTL国家科技图书文献中心

Hennessy, Andrew B. | Anderson, Riley M.... - 《Ecology》 - 2025,106(1) - n/a～n/a - 共14页

摘要： increased predation efficiency on their common prey (enemy | perspective, intraguild predation and enemy* complementarity* | predation may lead to enemy* complementarity rather than* | interactions are ruled by interference versus enemy | enemy complementarity was due to parasitoid avoidance

关键词： caterpillars | Diptera | enemy‐free space | forests | host–parasite interactions | Hymenoptera | Lepidoptera | plant–herbivore interactions | Tachinidae | trees...

2. Dual Anti-Jamming Alleviation for Radio Frequency/Free-Space Optical (RF/FSO) Tactical Systems NSTL国家科技图书文献中心

Van Hau Le | Ti Ti Nguyen ... - 《IEEE Transactions on Vehicular Technology》 - 2025,74(1) - 1092～1103 - 共12页

摘要： plan to protect a mixed radio frequency/free-space | attacked by enemy* jammers. Unlike prior works that* | In this paper, we design a jamming alleviation | optical (RF/FSO) relay tactical network in the context | that both RF and FSO systems are simultaneously

关键词： Jamming | Radio frequency | Optimization | Classification tree analysis | Interference | Autonomous aerial vehicles | Resource management | Relay networks | Optical transmitters | Surveillance

3. Wax on the surface of Phragmites australis leaves provides enemy-free space for the aphid Hyalopterus pruni NSTL国家科技图书文献中心

Akira Yamawo | Hiromi Mukai - 《Biological Journal of the Linnean Society》 - 2024,142(3) - 261～265 - 共5页

摘要： Phragmites australis leaves provides enemy-free* space for* | leaf wax of Ph. australis provides enemy-free space | The waxy layer on leaf surfaces may restrict | the range of arthropod species that can grip the | leaf, thus affecting biological interactions. Here

关键词： attachment | biological interaction | host alternation | ladybird | predation

4. Geographical variation in parasitoid communities and the cause of enemy-free space in a range-expanding myrmecophilous lycaenid butterfly NSTL国家科技图书文献中心

Nakabayashi, Yui | Ohshima, Issei - 《Biological Journal of the Linnean Society》 - 2024,141(1) - 17～32 - 共16页

摘要： caused escape from the enemy* in newly colonized areas.* | Range expansions of host species are likely to | modify host-parasitoid interactions. Observational | studies have indicated that host species in recently | colonized areas are less frequently attacked by

关键词： Braconidae | Ichneumonidae | Lepidoptera | parasitism experiment | phylogenetic analysis | population structure | Tachinidae | Theclinae | CLIMATE-CHANGE | LIFE-HISTORY...

5. Host‐dependent larval migration and parasitism risk in a polyphagous moth NSTL国家科技图书文献中心

Véronique Martel | Fredrik Schlyter ... - 《Entomologia Experimentalis et Applicata》 - 2024,172(6) - 523～532 - 共10页 - 被引量：1

摘要： an enemy‐free* space on clover and alfalfa, as* | Abstract Female herbivorous insects are | expected to oviposit on the host plant providing the best | performance of the offspring. However, in some insects the | larvae are mobile and are not totally dependent on the

关键词： Braconidae | dispersal | enemy‐free space | feeding | host plant choice | Hymenoptera | Lepidoptera | Microplitis rufiventris | Noctuidae | performance...

6. Phloem-feeding insects create parasitoid-free space for caterpillars NSTL国家科技图书文献中心

Anderson, Riley M. | Hennessy, Andrew B.... - 《Current Biology》 - 2024,34(16) - 共12页

摘要：Seemingly small ecological changes can have | large, ramifying effects that defy expectations. Such | are keystone effects in ecosystems. Phloem-feeding | insect herbivores can act as keystone species by | altering community structure and species interactions via

关键词： INDUCED PLANT VOLATILES | ENEMY-FREE SPACE | TRITROPHIC INTERACTIONS | IMMUNE-RESPONSE | HERBIVORE | COMMUNITY | APHID | HOST | EVOLUTION | DEFENSE

7. Establishment success of alien Daphnia in the ancient Lake Biwa: insights from sedimentary archives NSTL国家科技图书文献中心

Tsugeki, Narumi | Hashimoto, Isana ... - 《Hydrobiologia》 - 2024,851(15) - 3591～3602 - 共12页

摘要：Invasive species pose serious threats to | global biodiversity, prompting studies to identify | factors underlying invasion and establishment success | . However, it's difficult to discern these factors due to | the absence of survey data since the initial

关键词： Invasion | Sedimentary egg bank | Zooplankton | Enemy-free space | mtDNA control region | mtDNA ND5 gene | POPULATION BIOLOGY | ZOOPLANKTON | EVOLUTION | INVASION...

8. Gene expression plasticity facilitates different host feeding in Ips sexdentatus (Coleoptera: Curculionidae: Scolytinae) NSTL国家科技图书文献中心

Sellamuthu, Gothanda... | Naseer, Aisha ... - 《Insect Biochemistry and Molecular Biology》 - 2024,165 - ARTN 104061～ - 共16页 - 被引量：1

摘要： on the nonnative host obtain enemy* -free space and* | Host shift is ecologically advantageous and a | crucial driver for herbivore insect speciation. Insects | confront reduced competition, but they must adapt to | survive. Such signatures of adaptations can often be

关键词： Bark beetles | Ips sexdentatus | Host switch | Differential gene expression (DGE) | Detoxification | Enzyme assay | Chitin metabolism | Host adaptation | Metabolomics | RT-qPCR...

9. Bottom‐up effects shift top‐down community structure of the parasitoid guild that attacks Asphondylia borrichiae (Diptera: Cecidomyiidae) on Borrichia frutescens (Asteraceae) NSTL国家科技图书文献中心

Kevin Orta | Anthony M. Rossi - 《Ecological Entomology》 - 2024,49(1) - 10～20 - 共11页

摘要：‐free* space during host range expansion of the midge.* | , which has implications for the acquisition of enemy | Abstract Asphondylia borrichiae induces galls | at the apical meristems of its host plant | , Borrichia frutescens, and the larvae develop and pupate

关键词： Asphondylia borrichiae | Galeopsomyia haemon | gall midge | Torymus umbilicatus | tri‐trophic interactions

10. Design of an Optical Wireless Communication Link Using Mid Wave Infrared Laser Source & Comparison with Short Wave Infrared Laser Sources in Different Atmospheric Anomalies: An Analytical Study NSTL国家科技图书文献中心

Shibabrata Mukherjee | Sujoy Paul ... - 《Nonlinear Optics, Quantum Optics》 - 2024,60(1/2) - 85～111 - 共27页

摘要： referred to as Free* Space Optics (FSO),is the backbone of* | ., fog is the main enemy* of this system. Using the* | Optical Wireless Communication (OWC),sometimes | leading-edge communication systems that offer high | performance and fast speed. The main pitfall of this system

关键词： caterpillars | Diptera | enemy‐free space | forests | host–parasite interactions | Hymenoptera | Lepidoptera | plant–herbivore interactions | Tachinidae | trees...

摘要： plan to protect a mixed radio frequency/free-space | attacked by enemy* jammers. Unlike prior works that* | In this paper, we design a jamming alleviation | optical (RF/FSO) relay tactical network in the context | that both RF and FSO systems are simultaneously

关键词： Jamming | Radio frequency | Optimization | Classification tree analysis | Interference | Autonomous aerial vehicles | Resource management | Relay networks | Optical transmitters | Surveillance

摘要： Phragmites australis leaves provides enemy-free* space for* | leaf wax of Ph. australis provides enemy-free space | The waxy layer on leaf surfaces may restrict | the range of arthropod species that can grip the | leaf, thus affecting biological interactions. Here

关键词： attachment | biological interaction | host alternation | ladybird | predation

摘要： caused escape from the enemy* in newly colonized areas.* | Range expansions of host species are likely to | modify host-parasitoid interactions. Observational | studies have indicated that host species in recently | colonized areas are less frequently attacked by

关键词： Braconidae | Ichneumonidae | Lepidoptera | parasitism experiment | phylogenetic analysis | population structure | Tachinidae | Theclinae | CLIMATE-CHANGE | LIFE-HISTORY...

摘要： an enemy‐free* space on clover and alfalfa, as* | Abstract Female herbivorous insects are | expected to oviposit on the host plant providing the best | performance of the offspring. However, in some insects the | larvae are mobile and are not totally dependent on the

关键词： Braconidae | dispersal | enemy‐free space | feeding | host plant choice | Hymenoptera | Lepidoptera | Microplitis rufiventris | Noctuidae | performance...

摘要：Seemingly small ecological changes can have | large, ramifying effects that defy expectations. Such | are keystone effects in ecosystems. Phloem-feeding | insect herbivores can act as keystone species by | altering community structure and species interactions via

关键词： INDUCED PLANT VOLATILES | ENEMY-FREE SPACE | TRITROPHIC INTERACTIONS | IMMUNE-RESPONSE | HERBIVORE | COMMUNITY | APHID | HOST | EVOLUTION | DEFENSE

摘要：Invasive species pose serious threats to | global biodiversity, prompting studies to identify | factors underlying invasion and establishment success | . However, it's difficult to discern these factors due to | the absence of survey data since the initial

关键词： Invasion | Sedimentary egg bank | Zooplankton | Enemy-free space | mtDNA control region | mtDNA ND5 gene | POPULATION BIOLOGY | ZOOPLANKTON | EVOLUTION | INVASION...

摘要： on the nonnative host obtain enemy* -free space and* | Host shift is ecologically advantageous and a | crucial driver for herbivore insect speciation. Insects | confront reduced competition, but they must adapt to | survive. Such signatures of adaptations can often be

关键词： Bark beetles | Ips sexdentatus | Host switch | Differential gene expression (DGE) | Detoxification | Enzyme assay | Chitin metabolism | Host adaptation | Metabolomics | RT-qPCR...

摘要：‐free* space during host range expansion of the midge.* | , which has implications for the acquisition of enemy | Abstract Asphondylia borrichiae induces galls | at the apical meristems of its host plant | , Borrichia frutescens, and the larvae develop and pupate

关键词： Asphondylia borrichiae | Galeopsomyia haemon | gall midge | Torymus umbilicatus | tri‐trophic interactions

摘要： referred to as Free* Space Optics (FSO),is the backbone of* | ., fog is the main enemy* of this system. Using the* | Optical Wireless Communication (OWC),sometimes | leading-edge communication systems that offer high | performance and fast speed. The main pitfall of this system

关键词： Atmospheric transmittance | FSO | MWIR | Pointing Error | SWIR | Visibility

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： increased predation efficiency on their common prey (enemy | perspective, intraguild predation and enemy complementarity | predation may lead to enemy complementarity rather than | interactions are ruled by interference versus enemy | enemy complementarity was due to parasitoid avoidance

关键词： caterpillars | Diptera | enemy‐free space | forests | host–parasite interactions | Hymenoptera | Lepidoptera | plant–herbivore interactions | Tachinidae | trees...

摘要： plan to protect a mixed radio frequency/free-space | attacked by enemy jammers. Unlike prior works that | In this paper, we design a jamming alleviation | optical (RF/FSO) relay tactical network in the context | that both RF and FSO systems are simultaneously

关键词： Jamming | Radio frequency | Optimization | Classification tree analysis | Interference | Autonomous aerial vehicles | Resource management | Relay networks | Optical transmitters | Surveillance

摘要： Phragmites australis leaves provides enemy-free space for | leaf wax of Ph. australis provides enemy-free space | The waxy layer on leaf surfaces may restrict | the range of arthropod species that can grip the | leaf, thus affecting biological interactions. Here

关键词： attachment | biological interaction | host alternation | ladybird | predation

摘要： caused escape from the enemy in newly colonized areas. | Range expansions of host species are likely to | modify host-parasitoid interactions. Observational | studies have indicated that host species in recently | colonized areas are less frequently attacked by

关键词： Braconidae | Ichneumonidae | Lepidoptera | parasitism experiment | phylogenetic analysis | population structure | Tachinidae | Theclinae | CLIMATE-CHANGE | LIFE-HISTORY...

摘要： an enemy‐free space on clover and alfalfa, as | Abstract Female herbivorous insects are | expected to oviposit on the host plant providing the best | performance of the offspring. However, in some insects the | larvae are mobile and are not totally dependent on the

关键词： Braconidae | dispersal | enemy‐free space | feeding | host plant choice | Hymenoptera | Lepidoptera | Microplitis rufiventris | Noctuidae | performance...

摘要：Seemingly small ecological changes can have | large, ramifying effects that defy expectations. Such | are keystone effects in ecosystems. Phloem-feeding | insect herbivores can act as keystone species by | altering community structure and species interactions via

关键词： INDUCED PLANT VOLATILES | ENEMY-FREE SPACE | TRITROPHIC INTERACTIONS | IMMUNE-RESPONSE | HERBIVORE | COMMUNITY | APHID | HOST | EVOLUTION | DEFENSE

摘要：Invasive species pose serious threats to | global biodiversity, prompting studies to identify | factors underlying invasion and establishment success | . However, it's difficult to discern these factors due to | the absence of survey data since the initial

关键词： Invasion | Sedimentary egg bank | Zooplankton | Enemy-free space | mtDNA control region | mtDNA ND5 gene | POPULATION BIOLOGY | ZOOPLANKTON | EVOLUTION | INVASION...

摘要： on the nonnative host obtain enemy -free space and | Host shift is ecologically advantageous and a | crucial driver for herbivore insect speciation. Insects | confront reduced competition, but they must adapt to | survive. Such signatures of adaptations can often be

关键词： Bark beetles | Ips sexdentatus | Host switch | Differential gene expression (DGE) | Detoxification | Enzyme assay | Chitin metabolism | Host adaptation | Metabolomics | RT-qPCR...

摘要：‐free space during host range expansion of the midge. | , which has implications for the acquisition of enemy | Abstract Asphondylia borrichiae induces galls | at the apical meristems of its host plant | , Borrichia frutescens, and the larvae develop and pupate

关键词： Asphondylia borrichiae | Galeopsomyia haemon | gall midge | Torymus umbilicatus | tri‐trophic interactions

摘要： referred to as Free Space Optics (FSO),is the backbone of | ., fog is the main enemy of this system. Using the | Optical Wireless Communication (OWC),sometimes | leading-edge communication systems that offer high | performance and fast speed. The main pitfall of this system

关键词： Atmospheric transmittance | FSO | MWIR | Pointing Error | SWIR | Visibility

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： plan to protect a mixed radio frequency/free-space | attacked by enemy* jammers. Unlike prior works that* | In this paper, we design a jamming alleviation | optical (RF/FSO) relay tactical network in the context | that both RF and FSO systems are simultaneously

摘要： Phragmites australis leaves provides enemy-free* space for* | leaf wax of Ph. australis provides enemy-free space | The waxy layer on leaf surfaces may restrict | the range of arthropod species that can grip the | leaf, thus affecting biological interactions. Here

摘要： caused escape from the enemy* in newly colonized areas.* | Range expansions of host species are likely to | modify host-parasitoid interactions. Observational | studies have indicated that host species in recently | colonized areas are less frequently attacked by

摘要： an enemy‐free* space on clover and alfalfa, as* | Abstract Female herbivorous insects are | expected to oviposit on the host plant providing the best | performance of the offspring. However, in some insects the | larvae are mobile and are not totally dependent on the

摘要： on the nonnative host obtain enemy* -free space and* | Host shift is ecologically advantageous and a | crucial driver for herbivore insect speciation. Insects | confront reduced competition, but they must adapt to | survive. Such signatures of adaptations can often be

摘要：‐free* space during host range expansion of the midge.* | , which has implications for the acquisition of enemy | Abstract Asphondylia borrichiae induces galls | at the apical meristems of its host plant | , Borrichia frutescens, and the larvae develop and pupate

摘要： referred to as Free* Space Optics (FSO),is the backbone of* | ., fog is the main enemy* of this system. Using the* | Optical Wireless Communication (OWC),sometimes | leading-edge communication systems that offer high | performance and fast speed. The main pitfall of this system