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Matthew B Lodato
Matthew B Lodato
PhD Candidate: University of Alabama
Verified email at crimson.ua.edu
Title
Cited by
Cited by
Year
Periphytic algae decouple fungal activity from leaf litter decomposition via negative priming
HM Halvorson, JR Barry, MB Lodato, RH Findlay, SN Francoeur, ...
Functional Ecology 33 (1), 188-201, 2019
712019
Functional importance and diversity of fungi during standing grass litter decomposition
MB Lodato, JS Boyette, RA Smilo, CR Jackson, HM Halvorson, KA Kuehn
Oecologia 195 (2), 499-512, 2021
172021
A trait dataset for freshwater mussels of the United States of America
GW Hopper, JR Bucholz, TP DuBose, KJ Fogelman, SM Keogh, ...
Scientific Data 10 (1), 745, 2023
152023
Little clams with big potential: nutrient release by invasive Corbicula fluminea can exceed co-occurring freshwater mussel (Unionidae) assemblages
GW Hopper, JK Buchanan, I Sánchez González, ME Kubala, JR Bucholz, ...
Biological Invasions 24 (8), 2529-2545, 2022
92022
Linking Phylogeny and Morphology to Resource Assimilation Within Aquatic Assemblages
MB Lodato, BC van Ee, CL Atkinson
Ecology and Evolution 14 (11), e70641, 2024
2024
Zoogeochemical impacts of freshwater mussels on stream metabolism are mediated by their ecophysiological and behavioral traits
J Lopez, MB Lodato, CL Atkinson
2024
The Role and Contribution of Saprotrophic Fungi during Standing Litter Decomposition of Two Perennial Grass Species, Schizachyrium scoparium and Schizachyrium tenerum
M Lodato
2018
a trait dataset for freshwater mussels of the United States of america
SM Keogh, ME Kubala, MB Lodato, DH Nichols, I Sánchez
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Articles 1–8