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Dr. Jeremy J. Wright

Curator of Ichthyology
jeremy.wright@nysed.gov
518-283-9005

My research utilizes my experience as a museum-trained ichthyologist to inform my pursuits as an ecologist and evolutionary biologist, and vice-versa. Broadly speaking, I use biochemical, toxicological, and behavioral information to explore the evolution of venomous fishes, within a rigorously developed phylogenetic framework, which is derived from collections-based morphological and genetic data. This work has resulted in the discovery of previously unrecognized biodiversity and the resolution of evolutionary relationships in my groups of interest, while also representing the first steps to gaining a greater understanding of defensive venoms and the development of an important anti-predatory adaptation in a globally ubiquitous group of organisms, which represent a significant component of many areas’ aquatic vertebrate biodiversity. 

Additionally, I have recently initiated systematic examinations of several of New York’s native fish species, which have revealed the likely presence of undescribed fish species in our state’s watersheds. Because these species are also widely distributed throughout North America, these studies have the potential not only to improve our understanding of the diversity, evolution, and assembly of our own native fauna, but to make significant contributions to the resolution of longstanding ichthyological questions at a broader, national scale.

Publications

2025

E. Landing 2025, Comment: Carbonate production and reef building under ferruginous seawater conditions in the Cambrian rift branches of the Avalon Zone, Newfoundland by J.J. Álvaro and A. Mills, Sedimentology (71, 1245–1269), Sedimentology , . 10.1111/sed.13253
S. Westrop, E. Landing 2025, Middle Cambrian (Drumian) trilobites and agnostid arthropods from the Manuels River Formation, Avalonian New Brunswick: bracketing the green–black facies boundary, Canadian Journal of Earth Sciences 62, 962-1001. 10.1139/cjes-2024-0154
E. Landing, M.D. Schmitz, S.R. Westrop, G. Geyer 2025, U-Pb volcanic zircon dates from New Brunswick constrain the Middle Cambrian Drumian Stage and trans-Avalonian green–black boundary, Geological Magazine 162, e25. 10.1017/S0016756825100137
J.D. Adrian, J. Westrop, E. Landing, T.S. Karim, S.R. Losso, R.Y. Ng, A.B. Bradley, F. Perez-Peris 2025, Trilobite biostratigraphy of the upper Skullrockian Stage (Lower Ordovician; lower Tremadocian) on the northern Laurentian margin, western United States, Australasian Palaeontological Memoirs 57, 397–432.
G. Geyer, E. Landing 2025, Lower Cambrian (Stage 3–4) of NW Africa: West Gondwanan bio- and lithostratigraphy of Stage 4 in the Moroccan Atlas ranges, with evaluation of global Stage 4, Zeitschrift der Deutschen Gesellschaft für Geowissenschaften , . 10.1127/zdgg/2025/0478
E. Landing, M. Schmitz, S. Westrop, G. Geyer 2025, New Middle Cambrian (Drumian) U-Pb age of Cape Breton Island volcanism and Cambrian–lowest Ordovician stratigraphic reevaluation confirm the Bourinot belt (southern “Bras d’Or terrane”) is Avalonian, Canadian Journal of Earth Sciences , . 10.1139/cjes-2025-0044
E. Landing 2025, The Bakken Model: Deposition of Organic-Rich Mudstones and Petroleum Source Rocks as Shallow-Marine Facies Through the Phanerozoic , Journal of Marine Science and Engineering 13, 895. 10.3390/jmse13050895
J.M. Malinky, G. Geyer, E. Landing, N. Oliver 2025, Hyoliths from the Manuels River Formation, middle Middle Cambrian (Miaolingian, upper Wuliuan–Drumian) of Avalonian southeastern Newfoundland, Zeitschrift der Deutschen Gesellschaft für Geowissenschaften , . 10.1127/zdgg/2025/0470
S. Westrop, E. Landing 2025, Revision of Middle Cambrian trilobites and agnostids from Cape Breton Island, Nova Scotia, reveals a Guzhangian faunal interval in the Avalonian cover sequence, Canadian Journal of Earth Sciences , . 10.1139/cjes-2025-0020
T.P. Farrell, H.R. Cothren, F.A. Sundberg, M.D. Schmitz, C.M. Dehler, E. Landing, K.E. Karlstrom, L.J. Crossey, J.W. Hagadorn 2025, Revising the late Cambrian time scale and the duration of the SPICE event using a novel Bayesian age modeling approach, Geological Society of America Bulletin , . 10.1130/B37919.1