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Visiting Scholars Program

Hudson River Park invites academic institutions, researchers and industry scientists to conduct research that furthers scientific understanding of the Lower Hudson Estuary.

Visiting Scholars can apply to become research partners to utilize Park facilities and resources. As partners, Visiting Scholars contribute to applied research that advances River science and conservation. Your research will also be incorporated into Park programs and curriculum to share findings with our greater community.


Hudson River Park has an ongoing commitment to facilitating Estuarine Sanctuary research. The Visiting Scholars program has the potential to help meet the research, data analysis, and resource management goals outlined by the Park’s Estuarine Sanctuary Management Plan. Examples of current research included in the management plan include:

  • Climate Change & Resilience
  • Wetland & Nearshore Habitat Enhancement
  • Water Quality & Modeling
  • Terrestrial Ecology & Land Management
  • Sustainability & Stewardship

Through collaboration with the Park to pursue these and other subjects, Visiting Scholars can advance estuarine research, inform management decisions and improve the health of the Park’s Sanctuary waters. The Trust will share research priorities with interested scholars to focus projects and help the Park and regional partners answer their most pressing questions. Contact Science & Stewardship Coordinator Michaela Mincone for more details.


The Park offers Visiting Scholars a variety of facilities, habitats, instruments and logistical support to better and more easily conduct research.

Estuarine Habitats
  • Pier 26 Tide Deck
  • Oyster Enhancement Features
  • Habitat Garden
  • Gansevoort Peninsula Salt Marsh
  • Continuous USGS weather & water quality sensors
  • Pathogen & eDNA processing labs
  • Underwater video equipment
  • Microplastic, plankton and water sampling equipment
  • Fish collection gear
  • Various datasets
  • Floating dock access
  • Park vessel & Captain

To further explore research ideas and partnerships, please contact [email protected].


Hand holding up an oyster against the Manhattan city skyline in Tribeca at Hudson River Park

Oyster Recruitment
Dr. Matt Hare (Cornell University) is assessing oyster spat settlement in various Park locations to determine the effects of hydrology on distribution of oyster larvae and explore identification of broodstocks to better understand recent oyster enhancement effects.

An oyster toadfish being measured on a ruler

Toadfish Acoustics
Tom Quigley (Brooklyn College) continues the work of Kelsey Hom & the Forlano lab by investigating the neurological processes behind oyster toadfish vocalizations through a combination of underwater hydrophone recordings and examination of fish brain chemistry.

A fish being measured on a ruler

Fish Population Analysis
Drs. Yong Chen & Hsiao-Yun Chang (Stony Brook University) are conducting analysis on the Hudson River Biological Monitoring Program long-term data set and bringing their expertise in fisheries assessment to interpreting the Park’s Fish Ecology Survey. The Park and the Chen Lab are also exploring videographic surveillance of fishes at the new Gansevoort Peninsula Habitat Enhancement site.

A cabbage white butterfly on a Maltese centaury plant

Pollinator Survey
Hope Kenmore (Oxford University) is conducting a pilot study to identify common pollinating insects within the Park, predominantly focusing on lepidopterans (butterflies/moths) and hymenopterans (bees & wasps). This master’s project will further understanding of Park insect biodiversity and compare planting areas that differ in plant species and age.



Microscope image of a microbiome native to the Hudson River
River Microbiomes
Dr. Dianne Greenfield (CUNY Advanced Science Research Center & Queens College) investigated whether rainfall associated with CSO discharges affected microbial diversity and water quality in Hudson River Park in 2023.
A sunset over the salt marsh at Gansevoort Peninsula
Salt Marsh Health
Dr. Chester Zarnoch (Baruch College & CUNY Graduate Center) measured marsh plant growth, hydrological conditions, sediment nutrient fluxes, sediment oxygen demand, and denitrification within Gansevoort Peninsula’s salt marsh in 2023.
Microscope image of a microplastic found in the Hudson River
Microplastics & AGRs
In 2024, Dr. Theodore Muth (Brookyln College) will be conducting research on bacterial communities in the river and assessing the connection between microplastics and the presence of antibiotic resistance genes (AGRs) using DNA sequencing.
The salt marsh at Gansevoort Peninsula
Wave Exposure on Oyster Growth
In 2024, Dr. Phillip Staniczenko (Brooklyn College) will investigate hyperlocal differences in wave exposure at Gansevoort Peninsula and whether this environmental heterogeneity affects oyster restoration success.