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Folders: ROOT > ScienceBase Catalog > Eastern Ecological Science Center > Ecological Patterns & Processes > Salt Marsh Turbidity at Mockhorn Island, VA; Plum Island, MA; York River, VA; and Altamaha River, GA ( Show all descendants )

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___Ecological Patterns & Processes
____Salt Marsh Turbidity at Mockhorn Island, VA; Plum Island, MA; York River, VA; and Altamaha River, GA
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We measured turbidity along a transect from channel to marsh interior for 1 year, beginning in June 2016 at a salt mash in the Altamaha River estuary. We measured turbidity (NTU) with three optical back scatter sensors to in a shore normal transect, with one in the channel (YSI 6600), and two on the marsh surface. The “marsh edge sensor” was 2.4m from the channel edge (Seapoint, RBR Solo) and the “marsh interior sensor” was 18m from the edge (Seapoint, RBR Duo; Figure 1c). The sensors measured every 15 minutes and were equipped with automatic wipers to reduce biofouling. Following retrieval, the turbidity time series data was filtered to remove any erroneous points and times when the sensors were fouled or exposed...
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Turbidity and calibrated suspended sediment concentration measurements were collected along a shore-normal transect from the channel in West Creek, Rowley, MA extending 24 meters into the marsh interior at Law's Point at the PIE LTER. Data was collected every 15 minutes over two different growing seasons during 2016 and 2017, totaling 9 months.
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Turbidity was measured in Mockhorn Island Marsh on the Atlantic coast of the Delmarva Peninsula. Three RBR Duo sensors were used. One was located at the edge of the marsh, one 7.8 meters away from the edge station in the channel and one in the marsh interior. Data was recorded every 15 minutes.
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We measured turbidity along a transect from channel to marsh interior from December 2015 to January 2017 at a salt mash at the mouth of the York River in the Chesapeake Bay, VA, USA. We measured turbidity (NTU) with three optical back scatter sensors (YSI EXO) to in a shore normal transect, with one in the channel and two on the marsh surface at 1m from the marsh edge and 12m from the marsh edge, respectively. The sensors measured every 15 minutes and were equipped with automatic wipers to reduce biofouling. Following retrieval, the turbidity time series data was filtered to remove any erroneous points and times when the sensors were fouled or exposed (Coleman et al. 2020).
    map background search result map search result map Salt Marsh Turbidity at Altamaha River, GA 2015-2017 Salt Marsh Turbidity at Mockhorn Island, VA 2017-2018 Salt Marsh Turbidity at York River, VA 2015-2017 Salt Marsh Turbidity at Plum Island, MA , 2016-2017 Salt Marsh Turbidity at Plum Island, MA , 2016-2017 Salt Marsh Turbidity at Mockhorn Island, VA 2017-2018 Salt Marsh Turbidity at York River, VA 2015-2017 Salt Marsh Turbidity at Altamaha River, GA 2015-2017