, 2016 — Why should we investigate the morphological disparity of plant clades?. Annals of Botany vol. 117, n° 5, p. 859-879
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0305-7364, 1095-8290
, 2015 — Impact of sewage pollution on two species of sea urchins in the Mediterranean Sea (Cortiou, France): Radial asymmetry as a bioindicator of stress. Ecological Indicators vol. 54, , p. 39-47
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1470-160X
, décembre 2015 — What limits the morphological disparity of clades?. Interface Focus vol. 5, n° 6, p. 20150042 WOS:000368393900007
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2042-8898
, 2015 — Hunting Darwin’s Snark: which maps shall we use?. Interface Focus vol. 5, n° 6, p. 20150078
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2042-8898, 2042-8901
, 2017 — Development and evolution of segmentation assessed by geometric morphometrics: The centipede Strigamia maritima as a case study. Arthropod Structure & Development vol. 46, n° 3, p. 419-428
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1467-8039
, 2016 — Modularity and developmental stability in segmented animals: variation in translational asymmetry in geophilomorph centipedes. Development Genes and Evolution vol. 226, n° 3, p. 187-196
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0949-944X, 1432-041X
, 2014 — The floral morphospace – a modern comparative approach to study angiosperm evolution. New Phytologist vol. 204, , p. 841-853
, 2014 — Not all roads can be taken: development induces anisotropic accessibility in morphospace. Evolution \& Development vol. 16, n° 6, p. 373-381
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1525-142X
, 2017 — How (much) do flowers vary? Unbalanced disparity among flower functional modules and a mosaic pattern of morphospace occupation in the order Ericales. Proceedings of the Royal Society B: Biological Sciences vol. 284, n° 1852, online
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0962-8452, 1471-2954
, 2017 — The geometry of morphospaces: lessons from the classic Raup shell coiling model: Morphospace geometry and shell coiling. Biological Reviews vol. 92, n° 2, p. 1142-1155
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14647931
, 2015 — A superarmored lobopodian from the Cambrian of China and early disparity in the evolution of Onychophora. Proceedings of the National Academy of Sciences of the United States of
America vol. 112, n° 28, p. 8678-8683 WOS:000357878700053
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, 2018 — A study of floral shape variation in Delphinieae (Ranunculaceae) using geometric morphometrics on herbarium specimens. Botany Letters vol. 165, 3-4, p. 368-376
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2381-8107, 2381-8115
, 2020 — Disparities in the analysis of morphological disparity. Biology Letters vol. 16, n° 7, p. 20200199
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1744-9561, 1744-957X
, 2021 — « Symmetry of Shapes in Biology: from D’Arcy Thompson to Morphometrics » in Systematics and the Exploration of Life.. , , dir. Wiley p. 1-16
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978-1-119-47687-0
, 2021 — Micro- and Macroscale Patterns of Petal Morphogenesis in Nigella damascena (Ranunculaceae) Revealed by Geometric Morphometrics and Cellular Analyses. Petals, the inner organs in a differentiated perianth, generally play an
important role in pollinator attraction. As such they… Frontiers in Plant Science vol. 12, , p. 769246
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1664-462X
, 2018 — Geometric morphometrics of nested symmetries unravels hierarchical inter-and intra-individual variation in biological shapes. Scientific reports vol. 8, n° 1, p. 18055 tex.publisher: Nature Publishing Group
, 2019 — Use and misuse of discrete character data for morphospace and disparity analyses. Palaeontology vol. 62, n° 2, p. 305-319 tex.ids: gerber2019use
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00310239
, 2018 — Bracketing phenogenotypic limits of mammalian hybridization. Royal Society Open Science vol. 5, n° 11, p. 180903
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2054-5703, 2054-5703
, 2020 — Reconstructing the functional traits of the horses from the tomb of King Childeric. Journal of Archaeological Science vol. 121, , p. 105200
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03054403
, 2021 — Micro-and macroscale patterns of petal morphogenesis in Nigella damascena (Ranunculaceae) revealed by geometric morphometrics and cellular analyses. Frontiers in Plant Science , ,