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Environmental context matters: studies of variation in
developmental life-history traits in insects
1 of 18
Ecological factors determine immune costs and susceptibility of pea
aphids to a natural fungal pathogen
2 of 18
Assessing competition between drug resistant and drug sensitive
parasites in natural populations of Plasmodium falciparum
3 of 18
Risk-Based Plasticity of Self-Medication Behavior in Drosophila
melanogaster
4 of 18
Prosocial Motivations of Capuchin Monkeys
5 of 18
The impacts of defensive symbionts and host plants on fitness and
population dynamics of pea aphids, Acyrthosiphon pisum
6 of 18
Semagenesis in Nonparasitic Plants
7 of 18
Dynamics of Multiple Matings in Monarch Butterflies
8 of 18
Within-host ecology: Parasitism over a changing landscape
9 of 18
Studies of local adaptation and ecological determinants of
infection in a monarch butterfly-parasite interaction
10 of 18
Fungal Endophytes in Asclepias
11 of 18
Ecological and Evolutionary Interactions between Fruitflies and
Their Parasitic Wasps
12 of 18
The butterfly Danaus plexippus is infected with the
bacteria Wolbachia and Spiroplasma
13 of 18
Transfer of aphid secondary symbionts within sympatric insectcommunities and the effect of ingesting symbionts on ladybirdbeetles
14 of 18
Effects of parasites on host adaptation: immune system trade-offs, alternative behavioral defenses, and outcrossing rates
15 of 18
Effects of Host Movement on Pathogen Population Structure and Epidemic Dynamics
16 of 18
Determining the effects of animal migration and range expansion on population genetics
17 of 18
Acquisition and maintenance of specific bacterial symbionts in vertical and horizontal symbioses
18 of 18