TY - JOUR
T1 - Evolution durch Retention?
A1 - Schilperoord, Peer
JA - Elem. d. Naturw.
JF - Elemente der Naturwissenschaft
PY - 2001
VL - 75
SP - 84
EP - 88
DO - 10.18756/edn.75.84
SN - p-ISSN 0422-9630
LA - en
N2 - <p>Are heterochrony and retention driving forces in the macroevolution of plants? The arguments of Wolfgang Schad in his article «Evolution durch Retention - Zur Makroevolution der ersten Landpflanzen, der höheren Tiere und des Menschen» in «Goethes Beitrag zur Erneuerung der Naturwissenschaften», edited by Peter Heusser, are not convincing. The example of Anewophyton germanicnm, a treelike progymnosperm, and the example of the evolution of the leaf are discussed.</p>

<p>Both examples are not suitable to prove the hypothesis of heterochrony and retention as driving forces of plant evolution.<br />
&nbsp;</p>

N1 - <p>Are heterochrony and retention driving forces in the macroevolution of plants? The arguments of Wolfgang Schad in his article «Evolution durch Retention - Zur Makroevolution der ersten Landpflanzen, der höheren Tiere und des Menschen» in «Goethes Beitrag zur Erneuerung der Naturwissenschaften», edited by Peter Heusser, are not convincing. The example of Anewophyton germanicnm, a treelike progymnosperm, and the example of the evolution of the leaf are discussed.</p>

<p>Both examples are not suitable to prove the hypothesis of heterochrony and retention as driving forces of plant evolution.<br />
&nbsp;</p>

AB - <p>Are heterochrony and retention driving forces in the macroevolution of plants? The arguments of Wolfgang Schad in his article «Evolution durch Retention - Zur Makroevolution der ersten Landpflanzen, der höheren Tiere und des Menschen» in «Goethes Beitrag zur Erneuerung der Naturwissenschaften», edited by Peter Heusser, are not convincing. The example of Anewophyton germanicnm, a treelike progymnosperm, and the example of the evolution of the leaf are discussed.</p>

<p>Both examples are not suitable to prove the hypothesis of heterochrony and retention as driving forces of plant evolution.<br />
&nbsp;</p>

ST - Evolution durch Retention?
UR - https://dx.doi.org/10.18756/edn.75.84
Y2 - 2024-04-16 02:34:45
ER -