San Antonio Botanical Gardens Speaker Orchid Month Opener, Nisa Karimi of the Missouri Botanical Gar

Name: San Antonio Botanical Gardens Speaker Orchid Month Opener, Nisa Karimi of the Missouri Botanical Gar
Start: 2025-01-31T18:30:00-06:00
Location: San Antonio Botanical Garden

Schedule

Fri, 31 Jan, 2025 at 06:30 pm

UTC-06:00

Location

San Antonio Botanical Garden | San Antonio, TX

Lecture by Nisa Karimi, Missouri Botanical Garden Scientist
Friday, January 31 | 6:30 – 7:30 pm
While many collect and care for orchids because of their exotic colorful flowers, their incredible diversity and intricate pollination biology is sure to inspire another level of awe! Orchids are one of the most species-rich plant families on earth. Many have evolved bright colors to attract certain pollinators, some smell like insects in order to deceive them into being pollinated, almost all require specific fungi for their seeds to germinate and grow. Missouri Botanical Garden Scientist Nisa Karimi will introduce us to the incredible diversity of orchids and their amazing biology - highlighting species found from Texas to the Andean Cloud Forests.
Fee: Free, registration required
About the speaker: Nisa Karimi is a Scientist at the Missouri Botanical Garden in the Science and Conservation Division. Broadly, her research questions explore how the incredible diversity of plants on earth have evolved and interact with their environment. To understand patterns of biodiversity, she employs a variety of approaches (from traditional taxonomy and systematics to pollination ecology), to investigate evolutionary and ecological factors that generate organismal diversity across varying temporal and spatial scales. She holds a PhD from the University of Wisconsin - Madison's Department of Botany where she studied the evolutionary history and pollination biology of the baobab trees of Africa and Madagascar. Prior to receiving her doctorate degree, she worked as a land manager for over a decade focusing both on invasive species management and ecological restoration. Because of this background, her research aims to bridge science with application - using science to best inform biodiversity conservation action plans.