Nature’s ‘Plant Vampires’: Saving Lives Through Destruction

Authors: Cassidy Kellogg, Timothy Marten

SUNY Campus: SUNY Cobleskill

Presentation Type: Poster

Location: Old Union Hall

Presentation #: 52

Timeslot: Session B 10:15-11:15 AM

Abstract: This study explores the cultivation and establishment of hemiparasitic native plants, focusing on their potential applications in ecological restoration. Hemiparasites, commonly referred to as "vampire plants," are unique in that they derive nutrients from host plants but retain the ability to perform photosynthesis. These plants play a distinct ecological role, and their interactions with host plants can impact ecosystem dynamics. The project aimed to propagate both host plants and hemiparasitic species from seed, while closely observing their germination, early growth stages, and development under controlled environmental conditions. The primary objective was to evaluate how well hemiparasitic plants establish themselves when transplanted onto different host species. Key factors such as attachment efficiency, growth rates, and overall plant health were monitored to assess the success of these interactions. The study also examined how the compatibility between hemiparasitic plants and their host species influenced establishment success. Data collected provided valuable insights into the viability of hemiparasites as a tool for ecological restoration. This project underscores the potential of hemiparasitic plants to enhance biodiversity and contribute to ecosystem stability by promoting plant community dynamics. By further investigating the interactions between hemiparasites and their hosts, this research offers critical information for the use of hemiparasitic plants in restoring degraded habitats and improving long-term ecological resilience.