Abstract: Plants respond in a number of ways to resource limitation. Herbivory, which stresses the plant by reducing photosynthetic leaf tissue, may be entirely detrimental to the plant due to decreased energy or may cause the rest of the plant to become more productive. Herbivory may also change the way the plants allocate remaining resources. Pollen limitation may simply reduce the plant's reproductive output or may cause the plant to reallocate energy to produce more or larger flowers. If a plant is unpollinated it should presumably have the energy that would have gone into producing seeds available for reallocation to other aspects of plant growth. Therefore, plants that are pollen- limited may put more energy into reproductive tissue in order to attract more pollinators. In this experiment, I determined how leaf damage and pollen limitation act independently and together to change reproductive allocation in spiderwort. I found that plants with deer damage flowered first and initially had more leaves than undamaged plants or plants with cut leaves. I also found that plants with cut leaves retained the most leaves and produced fewer flowers. Pollen limitation did not have an individual effect on any measured trait. Herbivory and pollen limitation jointly influenced only reproductive effects. Cut plants under pollen limitation did not decrease petal size and pollen limitation only reduced fruit set in deer eaten plants. There was also a difference in flower traits preferred by different pollinators, with Bombus and overall visitation decreasing with increasing petal color intensity and syrphid visitation increasing with increasing petal size. Overall, I have shown that herbivory and pollen availability act independently and together to influence plant vegetative and reproductive traits.