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Sapelo Research Application Form

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Research Application ID:  GCE-65-2015 (submitted: 05/26/2015, status: approved)

Provide a brief title for web display

Plant clonal architecture

Investigator Information

On Island Sponsor: GCE SINERR UGAMI GADNR

Principal Investigator: Steven C. Pennings
Home Institution: University of Houston
Award Information: GCE LTER 3, subcontract to UH
Mailing Address: Department of Biology and Biochemistry Phone Number: (713) 743-2989
  University of Houston E-mail Address: scpennin@central.uh.edu
  Houston, Texas 77204-5513  
Co-investigators: Marc Garbey (University of Houston)

Briefly describe the project goals and methodology

We will excavate clones of four common salt marsh plants: Spartina alterniflora, Juncus roemerianus, Borrichia frutescens, and perhaps Batis martima or Sarcocornia sp., to quantify their clonal architecture. This information will be used to parameterize a clonal plant model.

Where will the project be located?

We will work at 1 location for each plant species around Sapelo Island.

How will you provide GPS coordinates for study sites?

I will provide a provisional map and arrange with my sponsor to collect and register GPS coordinates

What are the expected start and end dates of the project?

Start Date:  05/29/2015 End Date:  06/30/2015

How many people will access the site and at what frequency?

1 person, twice a week for 1 month at each location.

Keywords that describe your project

Taxonomic/Functional group: plants

Organisms: Spartina, Juncus, Salicornia, Borrichia

Habitat type: marsh

Measurements: biomass

Study theme: plant ecology, botany

Likely long-term impacts of the study: no long-term impacts

What equipment will be deployed in the field?

None

Will plants or animals be collected as part of this study?

Plants will be collected, measured and weighed using the UGAMI collection permit.

What are the likely impacts of the project on the site?

Soil disturbance where plants are collected.

Will the project design include boardwalks? If not, explain why not.

No. Each location will be visited only once.

How long will impacts persist after the research is concluded?

Disturbed areas should regrow within one year.

LTER
NSF

This material is based upon work supported by the National Science Foundation under grants OCE-9982133, OCE-0620959, OCE-1237140, OCE-1832178 and OCE-2425396. Any opinions, findings, conclusions, or recommendations expressed in the material are those of the author(s) and do not necessarily reflect the views of the National Science Foundation.