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Joyce Fassbender, Ph.D. - Florida Gulf Coast University. Fort Myers, FL, US

Joyce Fassbender, Ph.D. Joyce Fassbender, Ph.D.

Expert in insect and spider biodiversity | Florida Gulf Coast University

Fort Myers, FL, UNITED STATES

Joyce Fassbender is an entomologist and arachnologist with research interests in general biology.

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Biography

Joyce Fassbender is an instructor of biology at Florida Gulf Coast University. She studies the effect seen in the biodiversity of insects caused by the intersection of climates in Southwest Florida. Her work has also focused on spiders in Louisiana and neotropical wood-boring weevils.

Areas of Expertise (7)

Beetles

Spiders

Insect Biodiversity

Entomology

Arachnology

Insects

Bugs

Education (4)

City University of New York Graduate and University Center: Ph.D., Biology 2013

Thesis topic: Wood-boring weevil ecology

City University of New York Graduate and University Center and American Museum of Natural History: M.Ph., Biology 2008

Thesis Topic: Spider systematics

Louisiana State University: M.S., Entomology 2002

Thesis Topic: Spider biodiversity

Southeastern Louisiana University: B.A., Biological Sciences - Horticulture 1997

Affiliations (2)

  • Entomological Society of America : Member
  • American Arachnological Society : Member

Selected Media Appearances (7)

Murder hornets are not likely to show up in Florida, expert says

ABC7  tv

2020-05-07

Dr. Joyce Fassbencer explains why you are not seeing murder hornets in Florida.

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We get the lowdown on love bugs

WGCU  radio

2019-05-15

Dr. Joyce Fassbender talks about love bugs and their value to the Southwest Florida ecosystem.

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Love bug mating season means dirtier cars in Southwest Florida

NBC2  

2019-04-29

Dr. Joyce Fassbender discusses love bugs mating season.

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Rain could force Florida scorpions indoors. Here's what to know

NBC2  

2019-03-20

Dr. Joyce Fassbender discusses the role scorpions play in keeping other populations, like roaches, in check.

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Beware of these dangerous worms in Cape Coral

NBC2  

2018-09-11

Dr. Joyce Fassbender discusses invasive worm species and the parasites they carry.

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Dead fish creating feasting ground for maggots on SWFL beaches

ABC7  tv

2018-08-20

Dr. Joyce Fassbender talks about the increased maggot population on fish killed by red tide.

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Rain brings out creepy but harmless long worms in Cape Coral

Fox 4  

2018-05-21

Dr. Joyce Fassbender discusses horsehair worms and their benefits to the environment.

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Selected Event Appearances (3)

In French Guiana, weevils like it wet

Entomological Society of America Annual Meeting  Reno, Nevada

2011-11-13

Biodiversity of litter and ground-dwelling spiders of mixed mesophytic forests in Southeast Louisiana

American Arachnological Society Annual Meeting  Riverside, California

2002-05-15

Biodiversity of litter and ground-dwelling spiders of mixed mesophytic forests in Southeast Louisiana

Entomological Society of America Annual Meeting  Atlanta, Georgia

1999-12-12

Selected Articles (2)

Niches of Saproxylic Weevils (Coleoptera: Curculionidae) in French Guiana The Coleopterists Bulletin

Joyce Fassbender, Alec Baxt, Amy Berkov

2014 The loss of tropical forests has a direct effect on saproxylic beetles through the loss of larval feeding substrates and an indirect effect through microclimate change in forest fragments. Impacts will be exacerbated by climate change, and species with narrow niches will be particularly vulnerable. This study presents baseline data on niches (seasonality,host plant, stratum, and branch diameter) of saproxylic weevils in a minimally disturbed moist forest of French Guiana. Weevils (excluding bark beetles) were expected to be host specialists and more abundant in moist microhabitats.Bait branches from three species in the Brazil nut family (Lecythidaceae) were exposed during the dry and rainy season at ground and canopy stratum. They yielded 1,262 weevils in 24 species; 95% belonged to the subfamily Conoderinae. Weevils emerged in greatest abundance from Eschweilera coriacea (A. P. de Candolle) S. A. Mori and from branches in the coolest, moistest microhabitat: ground stratum during the rainy season. Shifts towards warmer, drier climatic conditions would probably have a negative impact on most saproxylic weevil species currently associated with the Brazil nut family. Although this family is expected to suffer under biotic homogenization, the favored host species is hyperdominant throughout Amazonia; climate permitting, E. coriacea could provide a refuge.

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Litter and ground-dwelling spiders of mixed mesophytic forest in southeast Louisiana Louisiana State University

Joyce Fassbender

2002 During Pleistocene glaciation much of the southeastern United States was covered with mixed mesophytic hardwood forest. These forests are composed predominantly of magnolia, holly, and beech with a mixture of other tree species, such as oak and hickory, and a distinct understory. Remnants of mixed mesophytic hardwood forests occur in the southern United States and are important refugia for disjunct and habitat-restricted species. In Louisiana, the mixed mesophytic forest habitat is found mostly in West Feliciana Parish, particularly in the area around St. Francisville. I chose two sites to conduct a study of spider diversity in litter habitats of disturbed and mature forests. Comparing spider species found these two habitats was necessary to understand the effects of disturbance on species richness and abundance. Berlese sampling was used to collect 10-kg samples of forest litter twice monthly from both sites. Collections were made from October 1998 to October 1999. I collected 1725 adult specimens representing 89 species in 14 families. At the mature forest site (Tunica Hills WMA) I collected 909 adult specimens, 58 species in 12 families. At the disturbed forest site (Feliciana Preserve) I collected 816 adult specimens, 73 species in 12 families. Species accumulation and richness estimators indicated the likelihood that additional species were present but not collected during the sampling period. The disturbed site had significantly greater species diversity and more uncommon species, perhaps because of a wider variety of microhabitats and presence of tourist and colonizer species. The mature forest site was less diverse, perhaps as a result of more stable and homogeneous habitat. Multiple disjunct species with northern affinities were found during the course of this study. Twelve species previously unreported for the state were discovered bringing the total to 225 spider species that are known to occur in Louisiana.

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