Flight Phenology of #Spodopteraeridania (Stoll, 1781) (#Lepidoptera: #Noctuidae) in Its Native Range: A Baseline for Managing an Emerging Invasive Pest
👉Open Access: https://t.co/urG7gpU2QN
📚included in the Special Issue "Surveillance and Management of Invasive Insects"
@PlanetFitness, disappointed with your cancellation process! Tried canceling in time but was charged an annual fee for both me and my wife. No refunds or proper support offered. #Unfair#CustomerService
Revisiting ant-plant-pollinator interactions: plant fitness depends on mutualist identity. - it is a study to show that natural history is important.
Biological Journal of the Linnean Society, Volume 143, Issue 1, September 2024, blae086, https://t.co/xAPSODQBvK
Our new paper on Plants!
Emerging Trends in Ant–Pollinator Conflict in Extrafloral Nectary-Bearing Plants.
Our review also provides important details about a potential synergism of EFN functionality.
https://t.co/v6TIHYm4iA
Here we tested how the identity of mutualist partners (ants and floral visitors) of an EFN-bearing plant can determine for plant fitness.
https://t.co/xAPSODR9li
Get our new paper -
No support for the optimal allocation to indirect plant defenses mediated by ant-hemipteran interactions.
Perspectives in Plant Ecology, Evolution and Systematics
https://t.co/cisOOLE5Ej
https://t.co/holUT5tm6x
Species are mutualistic if the benefits of interaction outweigh the costs. Here, the presence of ants on flowers was found to deter potential pollinators, affecting plant fitness to varying degrees depending on ant identity!
https://t.co/WvbiXTVArc
@LinneanSociety@EduCalixtos
Our results illuminate the dynamics of the induced response and the underlying mechanisms that might mediate it, ultimately providing new insights into defense strategies employed by plants. @EduCalixtos@CNPq_Oficial@CAPES_Oficial@PesquisaFapesp https://t.co/vj2aOBPS7T
I am pleased to share our most recent paper published today. This review is based on my postdoctoral proposal, which was drafted back in 2018 during my PhD exchange program with Prof. Robert Marquis at the University of Missouri, St. Louis. (1/8)
Finally, we argue that generalizations regarding how ants impact plants should be made with caution since ants’ effects on plants vary with the identity of the ant species in their overall net outcome. (8/8)
represented by the optimum point of the balance between positive effects on plant protection and negative effects on pollination process.Our review also provides important details about a potential synergism of EFN functionality;that is, these structures can attract ants to (6/8)