Modeling the Impacts of the Current and Projected Temperatures on Spongy Moth Population Dynamics
Adrienne Spring
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Potential ranges of spongy moths on the spatial scale of North America.
Yi Luo (143206) +3 more
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Enhancement of Bioactivity of Common Ash and Manna Ash Leaf Extracts Against Spongy Moth Larvae Using a Chitosan–Gelatin Biopolymer Matrix [PDF]
Nemanja Simović +11 more
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Assessing the off-target movement of tebufenozide in forested ecosystems: implications for vernal pond ecosystems. [PDF]
Ward MS, Nyoni H, Mina O, Sweetman JN.
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Evidence of Spatial Synchrony in the Spread of an Invasive Forest Pest. [PDF]
Rodenberg CA, Walter JA, Haynes KJ.
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Range shift of spongy moths on the spatial scale of North America.
Yi Luo (143206) +3 more
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Location information of the sampling sites for the spongy moth, Lymantria dispar.
Qing Xie (104232) +7 more
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Modelling the Effect of Viruses on Insect Survival: Using a Second-Order Phase Transition Model to Describe Time-Effect and Dose-Effect Relationships Using Entomopathogenic Viruses as an Example. [PDF]
Soukhovolsky V +8 more
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Effects of climate on leaf phenolics, insect herbivory, and their relationship in pedunculate oak (Quercus robur) across its geographic range in Europe. [PDF]
Valdés-Correcher E +29 more
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