diff --git a/data/03/DC/1E/03DC1E2DFFD8FF87FF03FE4EFE61D329.xml b/data/03/DC/1E/03DC1E2DFFD8FF87FF03FE4EFE61D329.xml
new file mode 100644
index 00000000000..91648679397
--- /dev/null
+++ b/data/03/DC/1E/03DC1E2DFFD8FF87FF03FE4EFE61D329.xml
@@ -0,0 +1,148 @@
+
+
+
+A New Species of Tasmanian Mountain Shrimp, Anaspides driesseni sp. nov. (Malacostraca, Anaspidacea, Anaspidesidae)
+
+
+
+Author
+
+G., Christoph
+
+
+
+Author
+
+Stefan
+
+
+
+Author
+
+T., Shane
+
+text
+
+
+Records of the Australian Museum
+
+
+2023
+
+Rec. Aust. Mus.
+
+
+2023-03-15
+
+
+75
+
+
+1
+
+
+25
+43
+
+
+
+
+http://dx.doi.org/10.3853/j.2201-4349.75.2023.1829
+
+journal article
+10.3853/j.2201-4349.75.2023.1829
+2201-4349
+7946256
+
+
+
+
+
+
+Anaspides
+Thomson, 1894
+
+
+
+
+
+
+
+Anaspis
+Thomson, 1893: 7
+
+(preoccupied,
+Anaspis
+Geoffroy, 1762 [
+Coleoptera
+];
+type
+species:
+
+Anaspis tasmaniae
+
+Thomson, 1893
+).
+
+
+
+Anaspides
+Thomson, 1894: 285
+
+, 286 (replacement name for
+
+Anaspis
+Thomson, 1892
+
+, preoccupied).
+
+
+
+
+Diagnosis
+. See Ahyong (2016).
+
+
+
+
+Species composition
+.
+
+Anaspides tasmaniae
+
+(Thomson, 1894) (
+type
+species),
+
+A. clarkei
+Ahyong, 2015
+
+,
+A. driesseni
+sp. nov.,
+
+A. eberhardi
+Ahyong, 2016
+
+,
+A. jarmani
+Ahyong, 2015,
+
+A. richardsoni
+Ahyong, 2016
+
+,
+
+A. spinulae
+Williams
+
+, 1965, and
+
+A. swaini
+Ahyong, 2015
+
+.
+
+
+
+
\ No newline at end of file
diff --git a/data/03/DC/1E/03DC1E2DFFD8FF8EFF17FCB4FD6DD619.xml b/data/03/DC/1E/03DC1E2DFFD8FF8EFF17FCB4FD6DD619.xml
new file mode 100644
index 00000000000..a56691d67aa
--- /dev/null
+++ b/data/03/DC/1E/03DC1E2DFFD8FF8EFF17FCB4FD6DD619.xml
@@ -0,0 +1,2184 @@
+
+
+
+A New Species of Tasmanian Mountain Shrimp, Anaspides driesseni sp. nov. (Malacostraca, Anaspidacea, Anaspidesidae)
+
+
+
+Author
+
+G., Christoph
+
+
+
+Author
+
+Stefan
+
+
+
+Author
+
+T., Shane
+
+text
+
+
+Records of the Australian Museum
+
+
+2023
+
+Rec. Aust. Mus.
+
+
+2023-03-15
+
+
+75
+
+
+1
+
+
+25
+43
+
+
+
+
+http://dx.doi.org/10.3853/j.2201-4349.75.2023.1829
+
+journal article
+10.3853/j.2201-4349.75.2023.1829
+2201-4349
+7946256
+
+
+
+
+
+
+Anaspides driesseni
+
+sp. nov.
+
+
+
+
+
+
+urn:lsid:zoobank.org:act:
+555CA468-CCA2-42FC-8985-239C251CFCCF
+
+
+
+
+Figs 1–
+5
+
+,
+10E–F
+
+
+
+
+
+Anaspides tasmaniae
+
+.—
+Smith, 1909
+a: 64, 70 (North
+West Bay River
+).—
+Manton
+, 1930: pl. 2, 3 (dark form).—
+
+Tjønneland
+et al
+., 1984: 226
+
+, figs. 1–10 (heart ultrastructure).
+
+
+
+Anaspides swaini
+.—
+
+Ahyong, 2016: 352, 353, 359: fig. 32 G–J, 33A–J.—HÖpel
+et al
+., 2021: 47, 52, fig. 2 [in part, form 3].
+
+
+
+
+
+
+Holotype
+
+:
+TMAG
+G9228,
+♂
+(
+32 mm
+),
+Myrtle Forest Creek
+,
+Wellington
+Range,
+42°51.6'S
+147°10.3'E
+,
+
+440 m
+asl
+
+, coll.
+R. Swain
+,
+
+Jun 1969
+
+
+.
+
+
+
+
+Paratypes
+
+:
+TMAG
+G6403,
+4 ♂♂
+(
+28–33 mm
+),
+14 juv. ♂♂
+(
+17–26 mm
+),
+17 ♀♀
+(
+24–38 mm
+),
+3 juv. ♀♀
+(
+18–21 mm
+), collected with holotype;
+
+
+ZSRO
+CR208, Ana777–Ana780 (sequenced),
+1 juv. ♂
+(
+23 mm
+),
+3 juv. ♀♀
+(
+21–23 mm
+),
+Myrtle Forest Creek
+,
+42°51'34"S
+147°09'33"E
+,
+
+553 m
+
+asl, coll.
+M. Grams
+,
+C. HÖpel
+&
+S. Richter
+,
+
+08 Dec 2022
+
+;
+
+
+ZSRO
+CR202, Ana710-712 (sequenced)
+1 ♂
+(
+34 mm
+),
+1 juv.♂
+(
+21 mm
+),
+1 juv.♀
+(
+22 mm
+),
+Myrtle Forest Creek
+,
+42°51'50.1012"S
+147°09'11.2788"E
+,
+
+676 m
+asl
+
+, coll.
+A. Palfreyman
+,
+
+8 Nov 2021
+
+;
+
+
+ZSRO
+CR66, Ana310–Ana312 (sequenced),
+3 juv. ♀♀
+(
+8–11 mm
+),
+Myrtle Forest Creek
+,
+42°51'34"S
+147°09'33"E
+,
+
+553 m
+
+asl, coll.
+S. Ahyong
+,
+C. HÖpel
+,
+M. Reinhardt
+&
+S. Richter
+,
+
+28 Feb 2017
+
+;
+
+
+ZSRO
+CR67, Ana146–148 (sequenced), Ana313–314 (sequenced),
+2 juv. ♂♂
+(
+13–15 mm
+),
+3 juv.♀♀
+(
+12–15 mm
+), Myrtle Forest Creek,
+42°51'37"S
+147°09'08"E
+,
+
+734 m
+asl
+
+, coll.
+S. Ahyong
+,
+C. HÖpel
+,
+M. Reinhardt
+&
+S. Richter
+,
+
+28 Feb 2017
+
+;
+
+
+AM P106558,
+5 juv. ♂♂
+(
+9–29 mm
+),
+2 juv. ♀♀
+(
+14–16 mm
+),
+Myrtle Forest Creek
+,
+42°51'37"S
+147°09'08"E
+,
+
+734 m
+asl
+
+, coll.
+S.Ahyong
+,
+C. HÖpel
+,
+M.Reinhardt
+&
+S. Richter
+,
+
+28 Feb 2017
+
+;
+
+
+TMAG
+G6402,
+4 ♂♂
+(
+26–31 mm
+),
+1 juv. ♂
+(
+22 mm
+),
+10 ♀♀
+(
+27–34 mm
+),
+Myrtle Forest Creek
+,
+42°51.6'S
+147°10.3'E
+,
+
+440 m
+asl
+
+, coll.
+R. Swain
+,
+
+Jun 1969
+
+;
+
+
+TMAG
+G983,
+19 juv. ♂♂
+(
+18–25 mm
+),
+12 juv. ♀♀
+(
+14–26 mm
+), Sorell Creek, Myrtle Gully [
+Myrtle Forest
+],
+Collinsvale
+,
+42°53.8'S
+147°15.4'E
+,
+
+400 m
+
+asl, coll. museum staff,
+
+9 Dec 1964
+
+;
+
+
+TMAG
+G6315,
+4 ♂♂
+(
+24–28 mm
+),
+6 ♀♀
+(
+25–32 mm
+),
+Myrtle Forest
+,
+Collinsvale
+,
+42°51.6'S
+147°10.3'E
+,
+
+440 m
+asl
+
+, coll.
+R. Swain
+,
+
+Sep 1969
+
+.
+
+
+
+Other material examined
+.
+Southwest National Park, Snowy Mountains
+: ZSRO CR183,
+6 ♂♂
+(
+29–35 mm
+),
+3 juv. ♂♂
+(
+15–16 mm
+),
+3 ♀♀
+(32–35 mm),
+7 juv.♀♀
+(
+12–20 mm
+),
+Snowy North
+, road off
+Waterfall Creek
+Road, unnamed creek, tributary of
+Styx River
+,
+42°49'39.03"S
+146°39'41.70"E
+, 521 m asl, coll. S.
+Ahyong, M
+.
+Grams
+, C. HÖpel, S.
+Richter
+,
+
+23 Feb 2019
+
+; AM P106559,
+2 ♂♂
+(
+29–34 mm
+),
+2 juv. ♂♂
+(
+13–17 mm
+),
+6 ♀♀
+(
+31–35 mm
+),
+7 juv. ♀♀
+(
+12–16 mm
+),
+Snowy North
+, logging road off Waterfall Creek Road, unnamed creek,
+tributary of Styx River
+,
+42°45'13.1"S
+146°37'25"E
+,
+521 m
+asl, coll. S. Ahyong, M. Grams, C. HÖpel, S. Richter,
+23 Feb 2019
+;
+ZSRO
+CR79,
+1 juv. ♀
+(
+9 mm
+),
+Snowy North, tributary of South Styx River
+,
+42°50'32.1"S
+146°37'11.2"E
+,
+439 m
+asl, coll. C. HÖpel, M. Reinhardt & S. Richter,
+18 Mar 2017
+; TMAG 14369/G113,
+2 ♂♂
+(
+29 mm
+),
+2 juv. ♂♂
+(
+24–25 mm
+),
+5 ♀♀
+(
+24–34 mm
+),
+1 juv. ♀
+(
+23 mm
+)
+Snowy Mountains
+,
+42°53.4'S
+146°39'E
+,
+2000 ft
+asl [
+600 m
+], coll. C.D. King,
+20 Feb 1939
+; TMAG 14373/G117,
+3 ♂♂
+(
+29–32 mm
+),
+2 juv. ♂♂
+(
+25–26 mm
+), 3
+♀♀
+(
+26–33 mm
+),
+2 juv. ♀♀
+(
+19–24 mm
+),
+Snowy Mountains
+,
+42°55.5'S
+146°40.5'E
+,
+3000 ft
+asl [
+900 m
+], small Lake, coll. C.D.King,
+Feb 1939
+; AM P56374,
+2 juv.♂♂
+(
+22–29 mm
+),
+Lake Skinner
+,
+Snowy Mountains
+,
+42°57'S
+146°41'E
+, C.62T, small stream at end of track to Lake, coll.W.Ponder
+et al
+.,
+15 Jan 1982
+; AM P73044,
+2 juv. ♂♂
+(
+17–28 mm
+),
+3 juv. ♀♀
+(
+10–25 mm
+),
+Snowy
+North
+, stream flowing into
+Styx River
+,
+42°53.26'S
+146°39.30'E
+, 590 m asl, coll.
+S. Jarman
+; TMAG G397,
+1 ♀
+(
+40 mm
+), plateau on summit of
+Mt
+Snowy
+, small pool
+3 inches
+deep,
+
+3500 ft
+asl
+
+[
+
+1050 m
+
+], coll.
+J.F.Thompson
+,
+
+31 Jan 1962
+
+; ZSRO CR207,
+2 ♂♂
+(
+40 mm
+),
+2 juv. ♂♂
+(
+28–29 mm
+),
+1 ♀
+(
+41 mm
+), nameless tarn near summit of Snowy South, Snowy Mountains,
+42°56'25.7"S
+146°39'53.0"E
+,
+1260 m
+asl, coll.A. Palfreyman,
+02 Dec 2022
+; ZSRO CR206,
+3 juv. ♂♂
+(
+21–23 mm
+),
+2 ♀♀
+(
+27–31 mm
+),
+2 juv. ♀♀
+(22 mm),
+Lake Skinner
+,
+Snowy Mountains
+,
+42°56'25.3"S
+146°40'43.9"E
+, 980 m asl, coll. M. Grams, C. HÖpel, A. Palfreyman, S. Richter, & M. Weiler,
+02 Dec 2022
+; TMAG G3432,
+4 ♀♀
+(
+25–33 mm
+),
+1 juv. ♀
+(
+24 mm
+), Lake
+Skinner, Snowy Mountains
+,
+42°56.8'S
+146°40.5'E
+,
+970 m
+asl], coll. D.
+Farnell
+,
+28 Jan 1962
+;
+TMAG
+G130,
+2 ♂♂
+(
+32–34 mm
+),
+1 juv. ♂
+(
+25 mm
+),
+3 ♀♀
+(
+32–35 mm
+),
+2 juv. ♀♀
+(
+17–22 mm
+),
+Lake Denison
+,
+42°57.4'S
+146°41.0'E
+,
+
+1900 ft
+asl
+
+[
+
+570 m
+
+], coll.
+C. King
+,
+
+Feb 1936
+
+; TMAG G127,
+1 juv.
+♂
+(
+25 mm
+),
+5 juv. ♀♀
+(
+13–20 mm
+),
+Lake Denison
+,
+42°57.4'S
+146°41.0'E
+,
+1900 ft
+asl [
+570 m
+], coll. C. King,
+Feb 1939
+; TMAG G112,
+1 ♂
+(
+28 mm
+),
+2 juv. ♂♂
+(
+23–25 mm
+),
+7 ♀♀
+(
+26–31 mm
+),
+2 juv. ♀♀
+(
+22–25 mm
+), Lake
+Skinner
+,
+Snowy Mountains
+,
+42°56.8'S
+146°40.1'E
+, c.
+
+3000 ft
+asl
+
+[
+
+970 m
+
+], coll. C.D. King,
+Feb 1939
+; TMAG G6407,
+2 ♂♂
+(
+28–29 mm
+),
+6 juv. ♂♂
+(
+20–22 mm
+),
+10 ♀♀
+(
+23–26 mm
+),
+9 juv.♀♀
+(
+8–14 mm
+), Snowy Mountains,
+42°54'S
+146°42'E
+, tarn, coll. M. Fenton,
+19 Nov 1970
+; TMAG G6361, 1 juv.
+♂
+(
+12 mm
+), Snowy South,
+42°56.7'S
+146°39.4'E
+, small Lake on slope,
+1340 m
+asl, coll. P. Davies,
+Apr 1986
+; AM P99308,
+1 ♂
+(damaged), Lake
+Picton
+,
+43°09.56'S
+146°38.23'E
+, coll.
+S. Jarman
+;
+TMAG
+G6317,
+10 juv. ♂♂
+(
+15–28 mm
+),
+20 ♀♀
+(
+24–33 mm
+),
+11 juv. ♀♀
+(14–21), Lake Picton, 43°09.5'S 146°38.3'E,
+900 m
+asl,
+23 Jan 1969
+; TMAG G6424, 1 ♂ (
+24 mm
+), 2 juv. ♂♂ (
+26–28 mm
+), 25 ♀♀ (
+23–36 mm
+), Lake Picton, 43°09.5'S 146°38.2'E,
+900 m
+asl, coll. P. Tyler,
+Jan 1969
+.
+
+
+Arve Valley, Hartz
+: TMG G2214, 1 ♀ (
+25 mm
+),Arve Loop Road,Arve Valley,
+43°07.7'S
+146°44.9'E
+, from creek,
+390 m
+asl, coll.R. Shoobridge,14
+Feb 1980
+; TMAG G6382,
+24 juv. ♂♂
+(
+13–28 mm
+),
+8 ♀♀
+(
+26–32 mm
+), 39 juv.
+♀♀
+(
+8–24 mm
+), 1 indet juv.(
+7 mm
+), Hartz Mountains [almost certainly from northern Hartz], coll.
+R. Swain
+&
+G. Bert
+,
+
+Feb 1970
+
+.
+
+
+Wellington Range
+:
+ZSRO
+CR209,
+1 ♂
+(
+35 mm
+),
+7 juv. ♂♂
+(16–25 mm),
+1 ♀
+(
+37 mm
+),
+5 juv. ♀♀
+(
+13–24 mm
+), 3 indet juv. (
+5–7 mm
+),
+Sorell Creek
+,
+42°52'6.0492"S
+147°10'9.9084"E
+,
+
+600 m
+asl
+
+, coll.
+M. Grams
+,
+C. HÖpel
+, &
+S. Richter
+,
+
+08 Dec 2022
+
+;
+ZSRO
+CR178, 5 indet juv. (
+6–11 mm
+), East-West track, roadside ditch,
+42°52'26"S
+147°08'36"E
+,
+
+961 m
+asl
+
+, coll. S. Ahyong, M. Grams, C. HÖpel, S. Richter,
+20 Feb 2019
+; AM P106563,
+1 juv. ♂
+(
+24 mm
+),
+2 ♀♀
+(
+33–34 mm
+), 1 indet juv. (
+7 mm
+),
+East-West
+track, roadside ditch,
+42°52'26"S
+147°08'36"E
+,
+
+961 m
+asl
+
+, coll.
+S. Ahyong
+,
+M.
+Grams, C.
+HÖpel,
+S. Richter
+,
+
+20 Feb 2019
+
+;
+ZSRO
+CR181,
+1 ♀
+(
+38 mm
+), silted pool near creek feeding
+Glen Dhu Creek
+,
+42°52'56"S
+147°08'05"E
+,
+946 m
+asl, coll. S. Ahyong, M. Grams, C. HÖpel, S. Richter,
+20 Feb 2019
+;
+ZSRO
+CR180,
+3 juv. ♀♀
+(
+16–21 mm
+), 2 indet (
+9 mm
+),
+Glen Dhu Creek
+,
+42°52'52"S
+147°08'11"E
+,
+
+930 m
+asl
+
+, coll.
+S. Ahyong
+,
+M. Grams
+, C. HÖpel,
+S. Richter
+,
+
+20 Feb 2019
+
+; AM P106564,
+1 ♂
+(
+30 mm
+),
+3 ♀♀
+(
+27–40 mm
+),
+Glen Dhu Creek
+,
+42°52'52"S
+147°08'11"E
+,
+
+930 m
+asl
+
+, coll.
+S. Ahyong
+,
+M. Grams
+, C. HÖpel, S.
+Richter
+,
+
+20 Feb 2019
+
+;
+ZSRO
+CR179,
+3 juv. ♂♂
+(
+22–29 mm
+),
+1 ♀
+(
+33 mm
+)
+Knights Creek
+,
+42°52'08"S
+147°12'02"E
+,
+687 m
+asl, coll.
+S. Ahyong
+, M.
+Grams
+, C. HÖpel, S.
+Richter
+,
+
+20 Feb 2019
+
+; AM P106565,
+1 juv.♂
+(
+24 mm
+),
+3 ♀♀
+(
+35–39 mm
+),
+Knights Creek
+,
+42°52'08"S
+147°12'02"E
+,
+
+687 m
+asl
+
+, coll.
+S.Ahyong
+,
+M. Grams
+, C. HÖpel,
+S. Richter
+,
+
+20
+Feb 2019
+
+;AM P106780,
+1 ♂
+(
+34 mm
+),
+1 juv.♂
+(
+15 mm
+),
+1 juv.♀
+(
+21 mm
+),
+3 ♀♀
+(
+33–40 mm
+),
+Trestle Creek
+,
+42°54'0.7812"S
+147°08'10.9788"E
+,
+
+480
+m
+
+asl, coll.
+S.Ahyong
+, M.
+Grams
+, C. HÖpel,A.
+Palfreyman
+, S.
+Richter
+& M.
+Weiler
+,
+
+02 Nov 2022
+
+; ZSRO CR205,
+1 ♂
+(
+30 mm
+),
+2 juv. ♂♂
+(
+18–21 mm
+),
+9 ♀♀
+(
+32–36 mm
+),
+3 juv. ♀♀
+(
+18–21 mm
+),
+Trestle Creek
+,
+42°54'0.7812"S
+147°08'10.9788"E
+,
+
+480 m
+asl
+
+, coll.
+S. Ahyong
+,
+M. Grams
+, C. HÖpel, A.
+Palfreyman
+,
+S. Richter
+&
+M. Weiler
+,
+
+02 Nov 2022
+
+;
+ZSRO
+CR204,
+1 juv. ♀
+(
+16 mm
+),
+Trestle Creek
+,
+42°54'0.7812"S
+147°08'10.9788"E
+,
+
+480 m
+asl
+
+, coll.
+A. Palfreyman
+,
+
+12 Nov 2021
+
+; AM P4143,
+1 ♂
+(
+32 mm
+),
+1 ♀
+(
+
+
+34
+
+mm
+
+),
+Mt Wellington
+,
+42°53.8'S
+147°14.5'E
+, coll.
+E.A. Briggs
+, pre 1918; AM P14772,
+2 ♂♂
+(
+24–26 mm
+),
+1 juv. ♂
+(
+19 mm
+),
+1 juv. ♀
+(
+21 mm
+),
+Mt
+Wellington
+,
+42°54'S
+147°14'E
+, from
+University of Sydney Biology Dept
+, 1964;AM P14773,
+1 ♂
+(
+36 mm
+),
+Mt Wellington
+,from
+University of Sydney Biology Dept
+in 1964, possible
+Haswell
+label; AM G1779,
+1 ♂
+(
+24 mm
+),
+3 ♀♀
+(
+24–27 mm
+),
+5 juv. ♀♀
+(
+14–20 mm
+), summit of
+Mt Wellington
+,
+42°54'S
+147°14'E
+, pres.
+C. Hedley
+, pre 1898; AM P2266,
+1 ♂
+(
+34 mm
+),
+Mt Wellington
+,
+42°54'S
+147°14'E
+, pres.
+E.G. Goddard
+; AM P2551,
+1 ♂
+(
+32 mm
+),
+4 juv. ♂♂
+(
+19–22 mm
+),
+3 ♀♀
+(
+23–24 mm
+),
+4 juv. ♀♀
+(
+12–20 mm
+),
+Mt Wellington
+,
+42°54'S
+147°14'E
+, coll.
+T.T.Flynn
+;
+USNM
+59126 (ex
+AM
+P
+2551),
+2 ♂♂
+(
+24–25 mm
+),
+Mt Wellington
+, coll.
+T.T. Flynn
+;
+USNM
+78433,
+1 ♂
+(
+29 mm
+),
+Mt Wellington
+, snow pools in swamp, coll.
+Mel Ward
+;
+USNM
+25030,
+1 ♂
+(
+27 mm
+),
+1 ♀
+(
+25 mm
+), “Lakes (
+
+4000 ft
+
+)
+Tasmania
+”,
+G.M. Thomson
+; AM P9217,
+11 juv. ♂♂
+(
+18–29 mm
+),
+12 juv. ♀♀
+(
+19–27 mm
+),
+Wishing Well
+,
+Mt Wellington
+,
+42°55.67'S
+147°14.76'E
+,
+
+1450 feet
+asl
+
+[
+
+442 m
+
+], coll.
+C. Anderson
+,
+A. Musgrave
+,
+G.P. Whitley
+,
+
+23 Jan 1928
+
+; AM P10724,
+8 juv. ♂♂
+(
+16–22 mm
+),
+3 ♀♀
+(
+26–37 mm
+),
+15 juv. ♀♀
+(
+8–24 mm
+),
+Mt Wellington
+,
+42°54'S
+147°14'E
+, coll.
+F.D. Manning
+,
+
+Jan 1935
+
+;AM P56375,
+1 ♂
+(
+32 mm
+),
+3 juv. ♂♂
+(
+14–18 mm
+),
+7 juv. ♀♀
+(
+12–20 mm
+),
+Mt Wellington
+, small pools (running water)
+
+2500 ft
+
+[
+
+750 m
+
+], coll.
+J.W. Evans
+,
+
+Dec 1938
+
+; AM P82859,
+1 ♂
+(
+24 mm
+),
+2 juv. ♂♂
+(
+9–11 mm
+),
+1 ♀
+(
+23 mm
+),
+15 juv. ♀♀
+(
+8–12 mm
+),
+Mt Wellington
+,
+
+12 Mar 1997
+
+;
+TMAG
+G794,
+1 ♂
+(
+23 mm
+), back of
+Mt Wellington
+, coll.
+G.E. Nicholls
+,
+
+16 Dec 1933
+
+;
+WAM
+C58162,
+2 ♀♀
+(
+29–34 mm
+),
+Mt Wellington
+, coll.
+J. Searle
+;
+WAM
+C367 (ex
+No.
+6613),
+3 juv. ♀♀
+(
+16–17 mm
+),
+Mt Wellington
+, coll.
+J. Searle
+,
+
+29 Jan 1913
+
+;
+SAMA
+C473,
+2 ♀♀
+(shrivelled, previously dried; c.
+25–26 mm
+),
+2 juv. ♀♀
+(
+9–13 mm
+), 2 indet juv. (
+6 mm
+),
+North West Bay River
+,
+Mt Wellington
+,
+42°55.3'S
+147°11.2'E
+,
+
+2700 ft
+
+[
+
+810 m
+
+], coll.
+Prof. Osborn
+;
+ZSRO
+CR203,
+3 ♂♂
+(
+29–31 mm
+),
+1 juv. ♂
+(
+22 mm
+),
+2 ♀♀
+(
+30–32 mm
+),
+Billy Brown River
+,
+42°54'56.0988"S
+146°59'13.4988"E
+,
+
+580 m
+asl
+
+, coll.
+A. Palfreyman
+,
+
+21 Jan 2022
+
+; AM P9218,
+2 ♂♂
+(
+30–32 mm
+),
+3 juv. ♂♂
+(
+20–22 mm
+),
+5 ♀♀
+(
+28–34 mm
+),
+7 juv. ♀♀
+(
+15–23 mm
+),
+Fern Tree Glen
+,
+Mt Wellington
+,
+42°55.5'S
+147°15.7'E
+, coll.
+C. Anderson
+,
+A. Musgrave
+,
+G.P. Whitley
+,
+
+23 Jan 1928
+
+;
+TMAG
+G6450,
+3 ♂♂
+(
+30–33 mm
+),
+3 juv. ♂♂
+(
+16–22 mm
+),
+6 ♀♀
+(
+26–40 mm
+),
+4 juv. ♀♀
+(
+18–23 mm
+),
+St. Crispins Well
+,
+Mt Wellington
+,
+42°55.76'S
+147°12.57'E
+,
+
+640 m
+asl
+
+, coll.
+R. Swain
+,
+
+14 Feb 1971
+
+;
+ZSRO
+CR177,
+1 juv.♂
+(
+25 mm
+),
+1 juv.♀
+(
+16 mm
+), 3 indet juv.(
+7–10 mm
+),
+St. Crispins Well
+,
+42°55'39.73"S
+147°12'42.48"E
+,
+
+750 m
+asl
+
+, coll.
+S. Ahyong
+, M.
+Grams
+, C. HÖpel &
+S. Richter
+,
+
+19 Feb 2019
+
+; AM P106560,
+1 juv. ♂
+(
+24 mm
+),
+2 juv. ♀♀
+(
+13–20 mm
+), 1 indet juv. (
+7 mm
+),
+St. Crispins Well
+,
+42°55'39.73"S
+147°12'42.48"E
+,
+
+750 m
+asl
+
+, coll.
+S.Ahyong
+,M.
+Grams
+, C. HÖpel &
+S. Richter
+,
+
+19 Feb 2019
+
+;
+ZSRO
+CR176,
+1 juv. ♀
+(
+12 mm
+), 3 indet juv.(
+7–9 mm
+),
+Levert Rivulet
+,
+42°56'45.33"S
+147°13'49.08"E
+,
+
+524 m
+asl
+
+, coll.
+S. Ahyong
+,
+M. Grams
+, C. HÖpel & S.
+Richter
+,
+
+19 Feb 2019
+
+; AM P106561,
+1 juv.♀
+(
+26 mm
+),
+Levert Rivulet
+,
+42°56'45.33"S
+147°13'49.08"E
+,
+
+524 m
+asl
+
+, coll.
+S.Ahyong
+,
+M. Grams
+, C. HÖpel & S.
+Richter
+,
+
+19 Feb 2019
+
+;
+ZSRO
+CR175,
+2 juv. ♂♂
+(
+10–13 mm
+),
+1 juv. ♀
+(
+13 mm
+), 2 indet juv. (
+9 mm
+), unnamed creek on
+Pipeline
+track,
+42°57'05.2"S
+147°13'49.7"E
+,
+
+716 m
+asl
+
+, coll.
+S. Ahyong
+,
+M. Grams
+, C. HÖpel & S.
+Richter
+,
+
+19 Feb 2019
+
+; AM P106562,
+1 juv. ♀
+(
+12 mm
+), 1 indet juv. (
+7 mm
+), unnamed creek on
+Pipeline
+track,
+42°57'05.2"S
+147°13'49.7"E
+,
+
+716 m
+asl
+
+, coll.
+S. Ahyong
+,
+M. Grams
+, C. HÖpel & S.
+Richter
+,
+
+19 Feb 2019
+
+; SAMA C8445,
+1 juv. ♂
+(
+21 mm
+),
+1 ♀
+(
+28 mm
+),
+1 juv. ♀
+(
+22 mm
+), Huonville, creeks, coll. R.T.T.
+
+
+
+
+Figure 1
+.
+
+Anaspides driesseni
+
+sp. nov.
+, male holotype, 32 mm, Myrtle Forest Creek, Wellington Range, TMAG G9228. Habitus, right lateral view. Scale = 2.0 mm.
+
+
+
+
+Description.
+Eyes with well-developed cornea, pigmented, wider than and longer than half length of stalk; stalk with subparallel margins. Rostrum narrow in adults, apex blunt.
+
+
+Pleonites with pleura sparsely setose, rounded; pleura 1–3 unarmed; pleuron 4 usually unarmed (rarely with 1 small spine on one side); pleuron 5 with 0–3 small spines (usually unarmed or with 1 spine). Pleonite 5 posterior tergal margin setose, unarmed or with 1–4 small spines either side of midline. Pleonite 6 tergal posterior margin with 0–11 spines in juveniles and
+0–15 in
+adults, setose; posterolateral margin setose, rounded, with or without minute denticles. Pleonal sternites 3–4 with distinctly bilobed median processes between pleopod bases, widest on sternite 3; sternite 5 with narrow, weakly emarginate lobe.
+
+
+
+Figure 2
+.
+
+Anaspides driesseni
+
+sp. nov.
+, male holotype, 32 mm, Myrtle Forest Creek, Wellington Range, TMAG G9228. (
+A
+) anterior cephalothorax, dorsal view; (
+B
+) pleonite 6, telson and right uropod; (
+C
+) pleonite 6 and telson; (
+D–F
+) pleonites 4–6 pleura, right lateral view; (
+G
+) right antennule; (
+H
+) right antenna; (
+I
+) labrum, anterior view; (
+J
+) right mandible; (
+K
+) right mandible incisor process; (
+L
+) left mandible incisor process; (
+M
+) paragnaths, anterior view; (
+N
+) right maxillule; (
+O
+) right maxilla; (
+P
+) pleopods 1–2, in-situ, ventral view; (
+Q–R
+) right pleopod 1 endopod, lateral view and dorsal view, respectively; (
+S
+) right pleopod 2 endopod, lateral view. Scale: A, B, D–H, P–S = 2.0 mm, C, I–O = 1.0 mm.
+
+
+
+
+Figure 3
+.
+
+Anaspides driesseni
+
+sp. nov.
+, (
+A–L
+) male holotype, 32 mm, Myrtle Forest Creek, Wellington Range, TMAG G6403; (
+M–N
+), female, 34 mm, Mount Wellington, AM P9218. (
+A
+) right thoracopod 1 (maxilliped); (
+B–H
+) right thoracopods 2–8, respectively; (I) right pleopod 4, anterior view; (
+J–L
+) pleonites 3–5 median sternal processes, respectively; (
+M, N
+) female gonopore, right lateral and ventral views, respectively. Scale 2.0 mm.
+
+
+Telson slightly wider than long to longer than wide (usually equal to slightly wider than long), pentagonal, widest proximally; lateral margins slightly sinuous to nearly parallel in dorsal outline, transition from lateral to posterior margin obtusely angular; posterior margin slightly angular, apex bluntly rounded medially; posterior spine row with 14–53 (juveniles) or 24–54 (adults) slender, evenly graded, closely spaced spines, longest medially.
+
+Antennule inner flagellum about 0.2× body length (22–23 annulations in
+holotype
+); in adult males articles 1–5 wider than long, articles 6–7 as wide as long, article 8 wider than long, articles 1–6 densely setose on lateral inner margin, articles 1–8 with small spines on the outer lateral margin, longest on article 1, article 4–7 obtusely angled inner margin, article 7 usually with 2 small, clasping spines proximally (rarely 3 or 4 clasping spines on one site), directed distally, distal clasping spines equal to slightly longer than width of article 7, proximal clasping spine equal to slightly shorter than width of article 7; outer flagellum 0.5–0.9× body length (usually 0.5–0.7) (77–85 annulations in
+holotype
+).
+
+
+
+Figure 4
+.
+
+Anaspides driesseni
+
+sp. nov.
+selected features. (
+A–E
+) juv. male, 28 mm, Myrtle Forest, AM P106558; (
+F–H
+) juv. male, 29 mm, Myrtle Forest, AM P106558 (
+I–J
+) male, 28 mm, Mt Fenton, TMAG G6407. (
+A
+,
+F
+) anterior cephalothorax. (
+B
+) telson with uropods. (
+C
+) scaphocerite. (
+G, I
+) telson. (
+D
+) pleonal pleura. (
+E
+) right antennule with clasping spines. (
+H
+,
+J
+) left antennule with clasping spines. Scale: A–D, F, G, I = 2.0 mm, E, H, J = 1.0 mm.
+
+
+
+Antennal flagellum 0.3–0.4× body length (55–58 annulations in
+holotype
+); scaphocerite elongate, ovate, lateral spine slightly distal to midlength; apex reaching as far as midlength of distal peduncular article.
+
+
+
+Figure 5
+. Dorsal view on the antenna of male
+
+A. driesseni
+
+sp. nov.
+(
+A–C
+) Snowy North, unnamed tributary of Styx River crossing the road off Waterfall Creek Road, ZSRO CR183; (
+A
+) 35 mm, right antenna; (
+B
+) Ana 560, 35 mm, right antenna, with 4 abnormal clasping spines, highlighted with white outlines; (
+C
+) Ana 560, 35 mm, left antenna; (
+D
+) right antenna, 29 mm, Knights Creek, Wellington Range, ZSRO CR179. Scale bars: 1 mm.
+
+
+Right mandibular incisor process with proximal tooth distally bifid to quadrifid, usually trifid.
+Pleopods 1–4 (rarely on pleopod 5 on one side) each with endopod in adults. Adult male pleopod 1 distally widened, scoop-like, lateral margins expanded, obscuring retinacular lobe in lateral view.
+Uropodal protopod dorsally unarmed or with 1–3 small spines; exopod with 2–5 movable spines on outer margin near position of partial diaeresis; exopod length about 2.5–3.0× width, slightly wider than endopod, apex rounded, narrow to relatively broad.
+
+Measurements.
+Adult male (n = 62)
+24–40 mm
+, juvenile male (n = 165)
+9–29 mm
+, adult female (n = 187)
+23–41 mm
+, juvenile female (n = 214)
+8–27 mm
+, sex indeterminate (n = 24)
+5–11 mm
+.
+
+
+
+
+Distribution.
+South-eastern
+Tasmania
+from the Arve Valley and Hartz Mountains area over the Mt Picton area and Snowy Mountains to the Wellington Range and western to northwestern Mt Wellington (Collinsvale and North West Bay River catchment); Southern-Derwent and Huon drainage system (
+Figs 7–10
+);
+390–1260 m
+asl.
+
+
+
+
+Etymology
+. Named in honour of Michael Driessen PhD, for his many contributions to the conservation of Tasmanian Wildlife, especially of our knowledge of
+
+Allanaspides
+,
+
+and for his facilitation of our research in
+Tasmania
+.
+
+
+
+
+Remarks.
+Of the three morphological forms of
+
+Anaspides swaini
+
+recognized by Ahyong (2016),
+
+A. driesseni
+
+sp. nov.
+corresponds to form 3.
+
+Anaspides driesseni
+
+sp. nov.
+differs from form 1 through the reduced pleonal spination (except for some specimens from the Arthurs Range and Frankland Range), the less narrowed lateral margins of the telson, which are more parallel and narrows just to the end, the shape of the antennule inner flagellum with the highly setose lateral inner margins on article 1–6, the proportions of article 5–6 (in
+
+A. swaini
+
+form 1, article 5 is as wide as long to slightly longer than wide and article 6 is always longer than wide), the obtusely angled inner margin of article 4–7 and the presence of two short clasping spines, with the distal clasping spine being equal to slightly longer than the width of article 7 and the proximal clasping spine being equal to slightly shorter than the width of article 7 (
+Figs 2G
+,
+4E,H,M
+,
+5
+). In contrast, both clasping spines of
+
+A. swaini
+
+form 1 are always longer than the width of article 7 (1.3–2.0× longer than the width) (
+Fig. 11A,B
+).
+
+Anaspides swaini
+
+form 2 has reduced pleonal spination as in
+
+A. driesseni
+
+, but differs in the shape of the telson, resembling that of form 1, the presence of pleopodal endopod 1–5 and the shape of the antennule inner flagellum. As in
+
+A. swaini
+
+form 1, both clasping spines are longer than the width of article 7 (1.1–1.8× longer than the width of article 7), only article 6 is obtusely angled and articles 5–6 are longer than wide (
+Fig. 11C
+). Also
+
+A. swaini
+
+form 2 shows less setation on articles 1–6, similar to that of
+
+A. swaini
+
+form 1.
+
+
+
+Anaspides driesseni
+
+sp. nov.
+is distinguished from other congeners by the combination of the angular posterior margin of the telson, the presence of pleopodal endopod 1–4, the greater size at maturity (
+23–29 mm
+, usually
+26–28 mm
+), the shape of the antennule inner flagellum in adult males (
+Figs 2G
+,
+4E,H,J
+,
+5
+) and the presence of two small clasping spines (
+Figs 2G
+,
+4E,J
+,
+5
+).
+
+
+Sexual maturation at a larger body size (indicated by the full development of secondary sexual features) is noticeable and separates
+
+A. driesseni
+
+from all other species of the genus. In
+
+A. driesseni
+
+, sexual maturity is reached by
+23–29 mm
+, usually at
+26–28 mm
+body length, while other species reach maturity at
+18–23 mm
+(usually
+20–21 mm
+), respectively
+14–15 mm
+in
+
+A. spinulae
+(Ahyong, 2016)
+
+. In
+
+A. driesseni
+
+, the endopod of pleopod 4 is not developed (occasionally on one side) before reaching a size of about
+11 mm
+.
+
+
+Overall,
+
+A. driesseni
+
+is morphologically rather consistent, with only slight variation evident. The specimens from the Snowy Range region, except those from the unnamed creek crossing the road off Waterfall Creek Road (tributary of Styx River) (ZSRO CR183, AM P106559), some specimens from Lake Skinner and
+one specimen
+from Lake Picton (TMAG G6424), lack the denticle on the uropodal protopod and show no pleural spination of the pleon. Furthermore, the antennular outer flagellum is elongated, ranging from 0.7–0.9× of the body length in comparison to specimens from the Wellington Range and the tributary of Styx River (0.4–0.8× of the body length, usually 0.4–0.6). The Arve-Valley-Hartz populations similarly lack the denticle on the uropodal protopod, but in the remaining characters, resemble the populations from the Wellington Range. Only in three aberrant specimens from Snowy North (ZSRO CR183) and
+one specimen
+from a nameless tarn near the summit of Snowy South, an abnormal number of clasping spines on one side was observed. Three specimens had 3 clasping spines (2x Snowy North, 1x Snowy South) on one side rather than the usual 2, and
+one specimen
+had 4 clasping spines (
+Fig. 5B
+). In these specimens the additional spines were not in a row as in “normal” males, but instead they stand disorderly in a second row, forming a kind of cluster. These cases appear to be the result of abnormal development of the clasping spines, which typically develop in a single row along the article axis.
+
+
+
+Anaspides driesseni
+
+the species with the largest known males, with
+two males
+from an unnamed tarn near the summit of Snowy South reaching
+40 mm
+total length. The largest known male so far is
+one male
+of
+
+A. richardsoni
+
+from
+Honeycomb Cave
+in the
+Mole Creek
+karst system reaching
+37 mm
+.
+The
+largest epigean males apart
+
+A. driesseni
+
+are recorded with
+33 mm
+in
+
+A. richardsoni
+
+and
+
+A. tasmaniae
+(Ahyong, 2016)
+
+.
+
+
+Why epigean
+
+A. driesseni
+
+attains such a large maximum body size compared to congeners might be related to the onset of maturity at a larger body size.
+
+
+To date, there are no known subterranean occurrences of
+
+A. driesseni
+
+.
+
+
+Molecular data.
+Maximum intraspecific uncorrected p-distances for
+
+A. driesseni
+
+were 2.2% in COI, 0.6% in 16S and 0.3% in 28S, while interspecific distances to other congeners of the genus
+
+Anaspides
+
+were 8.4–14.2% in COI, 1.2–7.1% in 16S and 0.6–3.5% in 28S (
+Table 2
+). In COI we uncovered 11 different haplotypes in 4 distinct haplotype clusters for
+
+Anaspides driesseni
+
+(
+Fig. 6
+). The first cluster comprises specimens from an unnamed creek crossing the road off Waterfall Creek Road, the tributary of South Styx River, a nameless tarn near Snowy South, Billy Brown River, Glen Dhu Creek and a roadside ditch near the East-West track. The second cluster comprises specimens from Lake Skinner, while the third cluster comprises specimens from St. Crispins Well and an unnamed creek crossing the Pipeline Track. The fourth cluster comprises specimens from Myrtle Forest Creek, Sorell Creek, Trestle Creek and Levert Rivulet. In 16S, three haplotypes were found each separated by one mutation. One haplotype comprises specimens from Myrtle Forest Creek and Sorell Creek, one comprises specimens from Trestle Creek and Knights Creek and the last one comprises specimens from Billy Brown River, a tributary of the South Styx River and a nameless tarn near the summit of Snowy South. In 28S, we found 4 haplotypes, each separated by one mutation respectively one indel (compared with 6 nucleotide positions in the other two haplotypes). The first haplotype comprises specimens from Billy Brown River, Levert Rivulet, Glen Dhu Creek and the roadside ditch at the East-West track. The second haplotype comprises specimens from Trestle Creek, Billy Brown River, St. Crispins Well, an unnamed creek crossing the Pipeline Track, the tributary to South Styx River, an unnamed creek crossing the road off Waterfall Creek Road, Lake Skinner and a nameless tarn near the summit of Snowy South. The third haplotype comprises specimens from Lake Skinner, while the fourth haplotypes comprises specimens from Myrtle Forest Creek (
+Fig. 6
+).
+
+
+
+
\ No newline at end of file
diff --git a/data/BD/5D/AD/BD5DADEC043D5C2F8C7C108727EF62C3.xml b/data/BD/5D/AD/BD5DADEC043D5C2F8C7C108727EF62C3.xml
index dee6b7378b8..a3fa6a49673 100644
--- a/data/BD/5D/AD/BD5DADEC043D5C2F8C7C108727EF62C3.xml
+++ b/data/BD/5D/AD/BD5DADEC043D5C2F8C7C108727EF62C3.xml
@@ -1,53 +1,53 @@
-
-
-
-A new species of Bonnetia Mart. (Bonnetiaceae) from the Pantepui of South America
+
+
+
+A new species of Bonnetia Mart. (Bonnetiaceae) from the Pantepui of South America
-
-
-Author
+
+
+Author
-Barbosa-Silva, Rafael G.
-0000-0002-0668-4840
-Coordenação de Botânica, Museu Paraense Emilio Goeldi, Belém, Pará, 66077 - 830, Brazil & Center for Biodiversity & Evolution, New York Botanical Garden, 2900 Southern Boulevard, Bronx, NY, 10458 - 5126, USA
+Barbosa-Silva, Rafael G.
+0000-0002-0668-4840
+Coordenação de Botânica, Museu Paraense Emilio Goeldi, Belém, Pará, 66077 - 830, Brazil & Center for Biodiversity & Evolution, New York Botanical Garden, 2900 Southern Boulevard, Bronx, NY, 10458 - 5126, USA
-
-
-Author
+
+
+Author
-Torke, Benjamin M.
-0000-0001-8823-3519
-Center for Biodiversity & Evolution, New York Botanical Garden, 2900 Southern Boulevard, Bronx, NY, 10458 - 5126, USA
+Torke, Benjamin M.
+0000-0001-8823-3519
+Center for Biodiversity & Evolution, New York Botanical Garden, 2900 Southern Boulevard, Bronx, NY, 10458 - 5126, USA
-
-
-Author
+
+
+Author
-Viana, Pedro L.
-0000-0001-5044-0758
-Coordenação de Botânica, Museu Paraense Emilio Goeldi, Belém, Pará, 66077 - 830, Brazil & Instituto Nacional da Mata Atlântica, Santa Teresa, Espírito Santo, 29650 - 000, Brazil
+Viana, Pedro L.
+0000-0001-5044-0758
+Coordenação de Botânica, Museu Paraense Emilio Goeldi, Belém, Pará, 66077 - 830, Brazil & Instituto Nacional da Mata Atlântica, Santa Teresa, Espírito Santo, 29650 - 000, Brazil
-text
-
-
-PhytoKeys
+text
+
+
+PhytoKeys
-
-2024
-
-2024-10-08
+
+2024
+
+2024-10-08
-
-247
+
+247
-
-55
-65
+
+55
+65
-journal article
-10.3897/phytokeys.247.126950
+journal article
+10.3897/phytokeys.247.126950
@@ -64,15 +64,15 @@ Barb. Silva
Type.
+
Guyana
•
-
Potaro-Siparuni
,
-Mt Ayanganna
+Mt Ayanganna
,
-East
-slope, summit plateau;
+East slope, summit plateau
+;
5 ° 23 ′ 18 " N
,
@@ -88,8 +88,8 @@ slope, summit plateau;
;
-A
-. Radosavljevic et al. 247
+A. Radosavljevic
+et al. 247
(
holotype
@@ -97,8 +97,8 @@ slope, summit plateau;
NY 04078880
,
isotype
-US
-03457967) (Figs
+US 03457967
+) (Figs
1
–
4
@@ -239,13 +239,15 @@ long, linear.
+
Guyana
•
-
Potaro-Siparuni
,
-Mt. Ayanganna
-, east face, edge of summit plateau;
+Mt. Ayanganna
+,
+east face, edge of summit plateau
+;
5 ° 23 ′ 18 ′′ N
,
@@ -264,7 +266,7 @@ elev.; fl., fr.;
et al. 9524 (
NY
,
-US
+US
)
.
@@ -396,9 +398,7 @@ We recommend that
Bonnetia ayangannensis
-be assigned to the Critically Endangered category based on criterion
-B
-2 ab (iv). The species is known from basically a single location (the two collection localities being separated by only c.
+be assigned to the Critically Endangered category based on criterion B 2 ab (iv). The species is known from basically a single location (the two collection localities being separated by only c.
0.06 km
), yielding an area of occupancy of
4 km
@@ -426,9 +426,7 @@ P. F. Stevens & A. L. Weitzman
(
Nogué et al. 2009
-) or are already listed on the
-IUCN
-Red List, such as
+) or are already listed on the IUCN Red List, such as
B. rubicunda
(Vulnerable)