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Tyler M. Rippel
Tyler M. Rippel
Biologist, US Environmental Protection Agency; Georgetown University
Verified email at epa.gov - Homepage
Title
Cited by
Cited by
Year
Habitat edge effects decrease litter accumulation and increase litter decomposition in coastal salt marshes
TM Rippel, EQ Mooring, J Tomasula, GM Wimp
Landscape Ecology 35, 2179-2190, 2020
142020
Simple Machine Learning with Aerial Imagery Reveals Severe Loss of a Salt Marsh Foundation Species
TM Rippel, CD Minsavage-Davis, V Shirey, GM Wimp
Estuaries and Coasts 46, 1110-1122, 2023
72023
Global change in marine coastal habitats impacts insect populations and communities
TM Rippel, J Tomasula, SM Murphy, GM Wimp
Current Opinion in Insect Science 47, 1-6, 2021
72021
Comparing the impacts of an invasive grass on nitrogen cycling and ammonia-oxidizing prokaryotes in high-nitrogen forests, open fields, and wetlands
TM Rippel, CL Iosue, PJ Succi, DD Wykoff, SK Chapman
Plant and Soil 449, 65-77, 2020
72020
Conditions for collapse: Chronic nutrient enrichment increases native insect density linked to salt marsh dieback
J Tomasula, B Maguire, TM Rippel, E Lopez, S Perez, A Arab, SM Murphy, ...
Biological Conservation 278, 109882, 2023
32023
Species loss and nitrogen pollution alter litter decomposition dynamics in coastal salt marshes
TM Rippel, J Tomasula, B Maguire, SM Murphy, GM Wimp
Oecologia 200, 479–490, 2022
32022
Succession of Fungal Communities and Their Functional Profiles in a Decaying Foundation Species
TM Rippel, GM Wimp
Microbial Ecology 86, 3003-3012, 2023
12023
Habitat Characteristics and Plant Community Dynamics Impact the Diversity, Composition, and Co-occurrence of Sediment Fungal Communities
TM Rippel, AL DeCandia, MA Collier, CL McIntosh, SM Murphy, GM Wimp
Wetlands 44 (1), 3, 2024
2024
Detritivores and exogenous nitrogen influence litter microbial communities in coastal salt marshes
TM Rippel, AL DeCandia, J Tomasula, CL McIntosh, SM Murphy, ...
Marine Ecology Progress Series 716, 17-29, 2023
2023
Sea level-rise induced habitat loss does not alter effective migration rate for the salt marsh insect Tumidagena minuta due to large genetic effective population size
B Maguire, J Tomasula, T Rippel, GM Wimp, MB Hamilton
Frontiers in Ecology and Evolution 11, 1160232, 2023
2023
Salt Marsh Biodiversity and Biogeochemistry in a Changing World
TM Rippel
Georgetown University, 2023
2023
Chapter 2: The state of the environment
T El Gemayel, J Zhang, M Corliss, M Billot, T Marques, R Harris, ...
United Nations Environmental Programme -- Measuring Progress: Water-related …, 2023
2023
Testing Context: How Do Nonnative, Invasive Plant Species Influence Biogeochemistry and Biodiversity Across Ecosystems?
TM Rippel
Villanova University, 2018
2018
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