Go to Home Page

 

 
   

Research Opportunities at MBC

 
   
 

..
Montgomery Botanical Center’s primary visitors are botanists, particularly those who study palms and cycads, but MBC also serves entomologists, geologists, and scientists in many other disciplines. Specializing in living plant research collections, MBC maintains:

  • Genetically diverse population samples of wild-collected palms and cycads

  • Thorough documentation of each plant throughout its life history

  • Expertly identified plants

  • Easy access to the plants

  • The ability to manipulate plants as required by research protocols.

  • Security and protection for the study plants over the length of a project

  • On-site accommodations on a space-available basis

Montgomery Botanical Center’s scientific and educational collections are being developed primarily as a documented, wild-collected, population-based collection of palms and cycads. Population-based collections strive to represent the full morphologic and genetic diversities within a species throughout its known native geographic range.

For many types of research projects, monitoring of individual plants is required over numerous years and study of individual plants is often necessary. Whenever individual plants are monitored for many years, MBC ensures that the plants are protected so as to not affect the outcome of an experiment.

Internationally, MBC is considered one of the leading gardens with respect to the amount and accessibility of documentation associated with each seed, and the resulting plant from that seed, contained within our collections. The collections development and horticulture teams track the progress of each seed, typically on a monthly basis, from the time it is collected in the wild, to the seedling stage in the nursery, to planting it into the ground, and then to final maturity. Digital images visually document the growth and development of one plant from each population sample every two years once the plant is placed into the ground. In addition, digital images are obtained of reproductive structures, such as cones, flowers, and fruits. All of the above data are collected and added to MBC’s database. All plants are surveyed and incorporated into MBC’s computer mapping system so that scientists are able to find the site for a particular plant or group of plants they are interested in studying.

If you require research material from MBC’s collections, but are not able to visit the garden, MBC staff are available in some cases to collect and ship material.

If you are interested in learning more about research opportunities and the facilities provided at MBC, please contact us.
.


Dr. Bijan Dehgan (University of Florida), shown here on the right, examined a maturing, hand-pollinated, female cone of Microcycas calocoma with Seedbank Volunteer Larry Kraus. Dr. Dehgan is photographing MBC’s Cycad Collection for a series of horticultural cycad articles he is writing.

Dr. Andrew Henderson (New York Botanical Garden) undertook a three-year project examining the growth and development of young palm plants.

Drs. Charles O’Brien and Peter Kovarik (Florida A&M University) collected weevils from our palm collection for their pollination studies on palms. They also collected and identified all insects within MBC’s natural areas.

Dr. Andrew Vovides (Xalapa Botanic Garden, Mexico) photographed MBC’s cycad collection for a compact disc called Cycads: The Endangered Living Fossils. The CD is used for educational and conservation purposes in Mexican schools.

Dr. John Silba (SUNY’s Agricultural and Technical College in New York) collected samples from MBC’s tropical gymnosperm collection for anatomical research, experimental cultivation, and identification verification. Dr. Silba is standing next to Agathis silbaii, which was named after him.

Dr. Charles Burandt, Jr. (University of Mississippi) collected numerous plant specimens from MBC’s lakes for pharmacological research.

Dr. John Dransfield (RBG Kew, England) and Dr. Natalie Uhl (Cornell University) have been examining specific features and characters within MBC’s palm collection annually for several years for their studies on the evolutionary relationship among palm genera.

Dr. Ed Kennely and Nam-Cheol Kim (University of Illinois) spent a week at MBC collecting leaf material from Abrus precatorius. Along with their colleague, Dr. Douglas Kinghorn, they have found that A. precatorius contains a compound 150 times sweeter than sugar but very low in calories.

Scientists and students from the New York Botanical Garden spent several days at MBC collecting plant material for NYBG’s Institute of Economic Botany. They harvested fresh material to take back to their laboratory for chemical compound extraction.

Bernd Kornmaier (University of Bayreuth, Germany) spent a month at MBC studying the Florida Atala butterfly. Bernd examined how the endangered butterfly uses compounds from its primary food plant, the native Florida cycad, Zamia pumila, for courtship. Bernd constructed a screened cage over a collection of cycads to undertake his research.

Dr. Jack Fisher (Fairchild Tropical Botanic Garden), shown here with several Florida International University students, and Dr. Jayachandran (Florida International University), undertook a detailed study of the root system of a native stand at MBC of saw palmetto palms (Serenoa repens).

..

 

.
Click here to go to Previous page.
.

Click here to go to Top of Current Page.

Click here to go to Next Page.