• Welcome to BirdForum, the internet's largest birding community with thousands of members from all over the world. The forums are dedicated to wild birds, birding, binoculars and equipment and all that goes with it.

    Please register for an account to take part in the discussions in the forum, post your pictures in the gallery and more.
ZEISS DTI thermal imaging cameras. For more discoveries at night, and during the day.

Picidae (3 Viewers)

Chloropicus: Winkler 2015 says: To avoid paraphyly, the Ground Woodpecker either has
to be included into Campethera, or the whole group has to be split into three genera. Tab. 2 lumps all species into one genus which by priority has to be Geocolaptes (SWAINSON, 1832) rather than Campethera (GRAY, 1841).
http://www.zobodat.at/pdf/DENISIA_0036_0007-0035.pdf .
Modern taxonomy and nomenclature makes Swainson the author, Burchell named the sub-genus in his MSS but Swainson published it.
http://www.biodiversitylibrary.org/item/87232#page/455/mode/1up . Cross symbol note.
 
Last edited:
Редькин Я А. 2016. О подвидовой принадлежности некоторых видов дятлов Приамурья и Приморского края. Русск. орнитол. журн. 25(1332):3263-3272.
Red'kin Ya A. 2016. On subspecies affinity of certain species of woodpeckers from the Amur region and Primorsky krai. Russk. Ornitol. Zhurn. 25(1332):3263-3272.
pdf: click "РОЖ-2016-1332.pdf" [here], then the "Скачать" button.

(Discusses subspecific nomenclature of Dendrocopos major, D. leucotos and Picoides tridactylus in this region.)
 
Last edited:
Picumnus innominatus

Chuang Zhou, Yanqin Hao, Jinnan Ma, Wenbo Zhang, Yingzhu Chen, Benping Chen, Xiuyue Zhang, Bisong Yue. The first complete mitogenome of Picumnus innominatus (Aves, Piciformes, Picidae) and phylogenetic inference within the Picidae. Biochemical Systematics and Ecology. Volume 70, February 2017, Pages 274–282.

[abstract]
 
"The paraphyly of Dryocopus and the polyphyly of Picus [...] were found"

Which corresponds to Picus and Chrysophlegma, Dryocopus and Hylatomus ?
 
Last edited:
African woodpeckers

Jérôme Fuchs, Jean-Marc Pons, Rauri C.K. Bowie. Biogeography and diversification dynamics of the African woodpeckers. Molecular Phylogenetics and Evolution. In Press, Accepted Manuscript, Available online 13 January 2017.

Abstract:

The dynamics of species accumulation of African terrestrial vertebrates over time remains underexplored in comparison with those in the New World, despite Africa hosting about 25% of the world’s avian diversity. This lack of knowledge hampers our understanding of the fundamental processes that drive biodiversity and the dynamics of speciation. To begin to address this gap, we reconstructed species-level phylogenies of two unrelated clades of African woodpeckers (12 species of Geocolaptes/Campethera and 13 species of Chloropicus/ Mesopicos/ Dendropicos/Ipophilus) that diverged from their closest Indo-Malayan relatives at similar times. Our results demonstrate that the current taxonomy is misleading: three (Campethera, Dendropicos and Mesopicos) out of four polytpic genera/subgenera are not monophyletic. Our results also show that current estimates of diversity at the species level are significantly understated, as up to 18 species for the ‘Campethera clade’ and 19 for the ‘Dendropicos clade’ could be recognized. The first splits within both clades involve species that are largely restricted to the Guineo-Congolian biogeographic regions, followed by later adaptations to particular habitats (forest versus savannah) and colonisation of other regions (e.g. Southern Africa), each of which occurred multiple times in both clades. Assuming a conservative species delimitation scheme, our results indicate that diversification rates are decreasing through time for both clades. Applying a more extreme species recognition scheme (18 and 19 species for the Campethera and Dendropicos clades, respectively), our results support a decrease in diversification rates only for the Dendropicos clade and thus underline the importance of the number of species included in our diversification analyses. Greater ecological diversity of the Campethera clade where multiple species exhibit either an arboreal or terrestrial foraging strategy might explain the constant diversification rates through time we found under the eighteen species scheme.
 
Classification:

Stictopicus Malherbe 1861
caroli (Malherbe 1851)
arizela (Oberholser 1899)
nivosa (Swainson 1837)​
Geocolaptes Swainson 1832
olivaceus (Gmelin 1788)​
Campethera Gray 1841
punctuligera (Wagler 1827) (incl. balia (Heuglin 1871))
bennettii (Smith 1836)
scriptoricauda (Reichenow 1896)
nubica (Boddaert 1783)
abingoni (Smith 1836)
mombassica (Fischer & Reichenow 1884)
notata (Lichtenstein 1823)
cailliautii (Malherbe 1849) (incl. permista Reichenow 1876)
maculosa (Valenciennes 1826)
tullbergi (Sjöstedt 1892)
taeniolaema (Reichenow & Neumann 1895)​
Chloropicus Malherbe 1845
namaquus (Lichtenstein 1793)
xantholophus (Hargitt 1883)
pyrrhogaster (Malherbe 1845)​
Dendropicos Malherbe 1849
stierlingi Reichenow 1901
goertae (Statius Muller 1776)
spodocephalus (Bonaparte 1850) (incl. rhodeogaster Fischer & Reichenow 1884)
griseocephalus (Boddaert 1783)
obsoletus (Wagler 1829)
gabonensis (Verreaux & Verreaux 1818)
lugubris (Hartlaub 1857)
abyssinicus (Stanley 1814)
elliotii (Cassin 1863)
elachus Oberholser 1919
poecilolaemus Reichenow 1893
fuscescens (Vieillot 1818)​

(I note that, in the text, the authors still entertain the notion that, for the "Dendropicos clade", "One approach would be to lump all species into a single genus, Dendropicos, as traditionally adopted by several authors". But 1845 is before 1849: since Chloropicos was moved into this position, this is not an option any more. This clade should now be called the Chloropicos clade.)
 
Last edited:
so this is obviously the less extreme of their options, missing about 9 species compared to their "most extreme" solution.

Niels
 
How will they solve this problem ? Merge all into Geocolaptes or keep Geocolaptes and split Campethera into Stictopicus for C. nivosa, C. caroli and Campethera for the others ?

:cool:

Chloropicus Malherbe 1845
namaquus (Lichtenstein 1793)
xantholophus (Hargitt 1883)
pyrrhogaster (Malherbe 1845)​
Dendropicos Malherbe 1849
stierlingi Reichenow 1901
goertae (Statius Muller 1776)
spodocephalus (Bonaparte 1850) (incl. rhodeogaster Fischer & Reichenow 1884)
griseocephalus (Boddaert 1783)
obsoletus (Wagler 1829)
gabonensis (Verreaux & Verreaux 1818)
lugubris (Hartlaub 1857)
abyssinicus (Stanley 1814)
elliotii (Cassin 1863)
elachus Oberholser 1919
poecilolaemus Reichenow 1893
fuscescens (Vieillot 1818)​


Why not four genera : Chloropicus, Mesopicos, Ipophilus and Dendropicos (including Polipicus) ?
 
Last edited:
Tif Update January 14, 2017


Woodpeckers: Based on Fuchs et al. (2017), Chloropicus and Geocolaptes have been rearranged. I have not subdivided either genus as the species in each seem fairly closely related. I have split Fine-banded Woodpecker, Geocolaptes taeniolaema, (including hausburgi) from Tullberg's Woodpecker, Geocolaptes tullbergi. Fuchs et al. (2017) have noted some other possible splits, but I find those splits less compelling in the absence of closer study.
[Picidae, Piciformes 3.03]


It only remains for me to read it .
 
Last edited:

Users who are viewing this thread

Back
Top