Autumn J Oczkowski
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Explore the profile of Autumn J Oczkowski including associated specialties, affiliations and a list of published articles.
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14
Citations
35
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Recent Articles
1.
Champlin L, Woolfolk A, Oczkowski A, Rittenhouse A, Gray A, Wasson K, et al.
Front Mar Sci
. 2023 Oct;
10:1-1257015.
PMID: 37822682
Coastal eutrophication is a prevalent threat to the healthy functioning of ecosystems globally. While degraded water quality can be detected by monitoring oxygen, nutrient concentrations, and algal abundance, establishing regulatory...
2.
Krause J, Oczkowski A, Watson E
Remote Sens Appl
. 2023 May;
29:1-11.
PMID: 37235064
Tidal wetlands are valued for the ecosystem services they provide yet are vulnerable to loss due to anthropogenic disturbances such as land conversion, hydrologic modifications, and the impacts of climate...
3.
Hagy 3rd J, Kreakie B, Pelletier M, Nojavan F, Kiddon J, Oczkowski A
Ecol Indic
. 2023 Mar;
142:1-12.
PMID: 36969322
One of the goals of coastal ecological research is to describe, quantify and predict human effects on coastal ecosystems. Broad cross-systems assessments to classify ecosystem status or condition have been...
4.
Krause J, Gannon M, Oczkowski A, Schwartz M, Champlin L, Steinmann D, et al.
Water (Basel)
. 2023 Feb;
15(1):1-20.
PMID: 36798655
The effects of nonpoint source nutrients on estuaries can be difficult to pinpoint, with researchers often using indicator species, monitoring, and models to detect influence and change. Here, we made...
5.
Wigand C, Eagle M, Branoff B, Balogh S, Miller K, Martin R, et al.
Front For Glob Change
. 2022 Feb;
4:1-14.
PMID: 35118374
Mangroves sequester significant quantities of organic carbon (C) because of high rates of burial in the soil and storage in biomass. We estimated mangrove forest C storage and accumulation rates...
6.
Wigand C, Oczkowski A, Branoff B, Eagle M, Hanson A, Martin R, et al.
Front For Glob Change
. 2022 Jan;
4:1-765896.
PMID: 35059638
Tropical mangrove forests have been described as "coastal kidneys," promoting sediment deposition and filtering contaminants, including excess nutrients. Coastal areas throughout the world are experiencing increased human activities, resulting in...
7.
Oczkowski A, Santos E, Martin R, Gray A, Hanson A, Watson E, et al.
J Geophys Res Biogeosci
. 2020 May;
125(3).
PMID: 32426203
Tropical urban estuaries are severely understudied. Little is known about the basic biogeochemical cycles and dominant ecosystem processes in these waterbodies, which are often low-lying and heavily modified. The San...
8.
Pruell R, Taplin B, Oczkowski A, Grear J, Mendoza W, Pimenta A, et al.
Mar Pollut Bull
. 2019 Dec;
150:110745.
PMID: 31784266
An experiment was conducted to examine the fractionation of nitrogen stable isotopes in a continuous culture system containing field collected estuarine phytoplankton and blue mussels, Mytilus edulis. Nitrate and phosphate...
9.
Hill T, Sommer N, Kanaskie C, Santos E, Oczkowski A
J Exp Mar Biol Ecol
. 2019 Jul;
21:466-472.
PMID: 31296971
Salt marshes have the potential to intercept nitrogen that could otherwise impact coastal water quality. Salt marsh plants play a central role in nutrient interception by retaining N in above-...
10.
Hill T, Sommer N, Kanaskie C, Santos E, Oczkowski A
Data Brief
. 2018 Oct;
21:466-472.
PMID: 30364832
We present four datasets that provide information on primary production, nitrogen (N) uptake and allocation in two salt marsh grasses, short-form and . These four datasets were generated during a...