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Kathryn M Beheshti

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Recent Articles
1.
Koontz E, Parker S, Stearns A, Roberts B, Young C, Windham-Myers L, et al.
Sci Total Environ . 2024 Nov; 957:177290. PMID: 39491559
Tidal wetlands can be a substantial sink of greenhouse gases, which can be offset by variable methane (CH) emissions under certain environmental conditions and anthropogenic interventions. Land managers and policymakers...
2.
Reed D, Schroeter S, Huang D, Weisman D, Beheshti K, Smith R
J Phycol . 2024 Jul; 60(5):1121-1138. PMID: 39072751
The success and cost-effectiveness of kelp forest restoration hinges on understanding the colonization ecology of kelps, particularly with respect to dispersal potential, recruitment success, and subsequent establishment. To gain needed...
3.
Hughes B, Beheshti K, Tinker M, Angelini C, Endris C, Murai L, et al.
Nature . 2024 Jan; 626(7997):111-118. PMID: 38297171
The recovery of top predators is thought to have cascading effects on vegetated ecosystems and their geomorphology, but the evidence for this remains correlational and intensely debated. Here we combine...
4.
Beheshti K, Williams S, Boyer K, Endris C, Clemons A, Grimes T, et al.
Ecol Appl . 2021 Oct; 32(1):e02466. PMID: 34614246
The global decline of marine foundation species (kelp forests, mangroves, salt marshes, and seagrasses) has contributed to the degradation of the coastal zone and threatens the loss of critical ecosystem...
5.
Hughes B, Wasson K, Tinker M, Williams S, Carswell L, Boyer K, et al.
PeerJ . 2019 Dec; 7:e8100. PMID: 31844568
Recovering species are often limited to much smaller areas than they historically occupied. Conservation planning for the recovering species is often based on this limited range, which may simply be...