Elizabeth G Clark
Overview
Explore the profile of Elizabeth G Clark including associated specialties, affiliations and a list of published articles.
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16
Citations
77
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Recent Articles
1.
Parry L, Briggs D, Ran R, OFlynn R, Mai H, Clark E, et al.
Curr Biol
. 2024 Oct;
34(23):5578-5586.e2.
PMID: 39476836
The "short-great-appendage" arthropods (Megacheira), such as Leanchoilia, have featured heavily in discussions of arthropod evolution, particularly related to the head and its appendages. Megacheirans are subject to competing interpretations, either...
2.
Clark E, Cornara D, Brodersen C, McElrone A, Parkinson D, Almeida R
J Morphol
. 2023 Sep;
284(10):e21639.
PMID: 37708508
Many insects feed on xylem or phloem sap of vascular plants. Although physical damage to the plant is minimal, the process of insect feeding can transmit lethal viruses and bacterial...
3.
Clark E, Jenkins K, Brodersen C
PLoS One
. 2023 Mar;
18(3):e0283027.
PMID: 36989314
Expanded use of 3D imaging in organismal biology and paleontology has substantially enhanced the ability to visualize and analyze specimens. These techniques have improved our understanding of the anatomy of...
4.
Herrera F, Testo W, Field A, Clark E, Herendeen P, Crane P, et al.
New Phytol
. 2022 Jan;
233(5):2310-2322.
PMID: 34981832
Lycopodiaceae are one of three surviving families of lycopsids, a lineage of vascular plants with a fossil history dating to at least the Early Devonian or perhaps the Late Silurian...
5.
Luque J, Xing L, Briggs D, Clark E, Duque A, Hui J, et al.
Sci Adv
. 2021 Oct;
7(43):eabj5689.
PMID: 34669480
Amber fossils provide snapshots of the anatomy, biology, and ecology of extinct organisms that are otherwise inaccessible. The best-known fossils in amber are terrestrial arthropods—principally insects—whereas aquatic organisms are rarely...
6.
Shi G, Herrera F, Herendeen P, Clark E, Crane P
Nature
. 2021 May;
594(7862):223-226.
PMID: 34040260
The second integument of the angiosperm ovule is unique among seed plants, with developmental genetics that are distinct from those of the inner integument. Understanding how the second integument should...
7.
Clark E, Hutchinson J, Bishop P, Briggs D
R Soc Open Sci
. 2020 Aug;
7(6):200191.
PMID: 32742688
The locomotion strategies of fossil invertebrates are typically interpreted on the basis of morphological descriptions. However, it has been shown that homologous structures with disparate morphologies in extant invertebrates do...
8.
Kano T, Kanauchi D, Aonuma H, Clark E, Ishiguro A
Front Neurorobot
. 2019 Sep;
13:66.
PMID: 31507399
A brittle star, an echinoderm with penta-radially symmetric body, can make decisions about its moving direction and move adapting to various circumstances despite lacking a central nervous system and instead...
9.
Clark E, Kanauchi D, Kano T, Aonuma H, Briggs D, Ishiguro A
J Exp Biol
. 2018 Nov;
222(Pt 2).
PMID: 30464042
Echinoderms lack a centralized nervous control system, yet each extant echinoderm class has evolved unique and effective strategies for locomotion. Brittle stars (Ophiuroidea) stride swiftly over the seafloor by coordinating...
10.
Clark E, Hutchinson J, Darroch S, Mongiardino Koch N, Brady T, Smith S, et al.
J Anat
. 2018 Oct;
233(6):696-714.
PMID: 30353539
Brittle stars (Phylum Echinodermata, Class Ophiuroidea) have evolved rapid locomotion employing muscle and skeletal elements within their (usually) five arms to apply forces in a manner analogous to that of...