About This Project
Impacts to Mangrove fringe forests leave coastal areas vulnerable to erosion and sea-level rise. Over 600 km of mangrove forests have already disappeared from Florida's coastal areas. Mangroves are protected in Florida, but no studies to date have evaluated the consequences of impacts that still occur under this protection. This study will assess how urbanization, forest canopy alteration, and coastal change affect Mangroves in Florida.
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What is the context of this research?
In spite of nearly twenty years of regulatory protection of mangroves in Florida, no studies to date have assessed the influence of regulatory management and enforcement on mangroves nor attempted to characterize the areas where mangrove violations are likely to occur.
While large swaths of mangroves exist on protected public lands, urbanizing residential areas have seen high rates of loss.
Impacts to mangrove canopies can lead to invasion by non-native species, forest structural change, the loss of habitat for numerous species, the fragmentation of mangrove populations, and the erosion of sediments.
The combined impacts of mangrove canopy alteration, coastal erosion, and urban development behind mangrove forests may leave mangroves and coastal developments vulnerable to sea-level rise.
What is the significance of this project?
It is estimated that 35% of mangroves were lost in the two decades before 2001 and we are currently losing 1-2% more globally per year
Some 600 Kilometers of mangroves have been lost from Florida's coastal areas and up to 92% of mangroves from the study area have been threatened by the creation of mosquito control projects.
Mangroves provide numerous services:
- accumulate large quantities of sediments
- sequester carbon at a rate greater than that of some tropical rainforests
- protect coastal areas from storm surges
- preventing erosion and destruction of coastal development by stabilizing sediments and slowing tidal velocity
- provide habitat for numerous species and act as nursery areas for commercial and sports fisheries
What are the goals of the project?
With preliminary funding to purchase equipment, I'll be able to collect soil, root, and water samples of impacted mangroves. Using this data, I can evaluate how impacts affect mangrove forests long term.
A modeling approach will be used to identify areas where trimming violations are likely to occur based on previous violations. I will also evaluate changes in coastal contours to find areas facing significant shoreline erosion, and to determine whether this erosion is linked to intensified land use and loss of mangrove forests.
I'll then build a model of 'coastal squeeze' to identify where mangrove forests are likely to be lost during sea-level rise, due to the creation of roads and sea-walls that prevent forests from retreating inland.
I am seeking funds for the equipment needed to collect soil, root, and water samples from impacted mangrove stands.
The peat borer will be used to extract undisturbed soil and root samples. The pore water sampling device will be used to collect water samples from varying soil depths to evaluate pH, temperature, and salinity.
Meet the Team
Courtney Knickerbocker is a doctoral student at the University of Central Florida, studying Conservation Biology in the Biology Department there. Her work has focused on the response of urban wetland plant communities to changes in land use intensity and woody encroachment. Her dissertation work will involve research on the effects of management practices, land-use intensification, and coastal change on mangrove ecosystems of East Central Florida. She has spent extensive time working in the FTU herbarium at the University of Central Florida, organizing the more than 11,000 specimens of vascular plants and contributing a couple hundred more to the collection and has researched the ethnobotanical uses of Florida plants as a hobby.
Healthy mangrove forests are vital to the integrity of coastal areas.
Mangroves adjacent to residential development are often trimmed.
Heavy trimming can undermine or lead to the loss of individual trees or entire stands.
Coastal erosion can also lead to the loss of trees.
Mangrove roots trap large quantities of sediments and soil organic matter.
- $1,120Total Donations
- $50.91Average Donation