M. Howe

发表

Shifting Roles of Predisposing Agents, Spatial Contagion, And Accessible Host Quality Drive Phase Transitions of An Irruptive Herbivore

C. Gratton, K. Raffa, A. Carroll, 2021 .

Growth, Chemistry, and Genetic Profiles of Whitebark Pine Forests Affected by Climate-Driven Mountain Pine Beetle Outbreaks

D. Six, J. Hicke, A. Trowbridge, 2021, Frontiers in Forests and Global Change.

Effects of Mycoparasitism on an Aquatic Hyphomycete Growing on Leaf Litter

K. Suberkropp, M. Howe, 1993 .

How functional traits, herbivory, and genetic diversity interact in Echinacea: implications for fragmented populations.

R. Shaw, S. Qazi, P. Kittelson, 2015, Ecology.

Relationships between conifer constitutive and inducible defenses against bark beetles change across levels of biological and ecological scale

Jun Zhu, C. Gratton, K. Raffa, 2020 .

Pine Engravers Carry Bacterial Communities Whose Members Reduce Concentrations of Host Monoterpenes With Variable Degrees of Redundancy, Specificity, and Capability

K. Raffa, Ken Keefover‐Ring, M. Howe, 2018, Environmental Entomology.

High production in a herbaceous perennial plant achieved by continuous growth and synchronized population dynamics

R. Wetzel, M. Howe, 1999 .

Numbers matter: how irruptive bark beetles initiate transition to self-sustaining behavior during landscape-altering outbreaks

C. Gratton, K. Raffa, A. Carroll, 2022, Oecologia.

Climate‐induced outbreaks in high‐elevation pines are driven primarily by immigration of bark beetles from historical hosts

C. Gratton, K. Raffa, A. Carroll, 2021, Global change biology.

Landscape predictions of western balsam bark beetle activity implicate warm temperatures, a longer growing season, and drought in widespread irruptions across British Columbia

A. Carroll, M. Howe, Lucas Peng, 2022, Forest Ecology and Management.