Convolvulus simulans L.M.Perry, Rhodora 33: 76. 1931. (Perry 1931: 76).

Wood, John R. I., Williams, Bethany R. M., Mitchell, Thomas C., Carine, Mark A., Harris, David J. & Scotland, Robert W., 2015, A foundation monograph of Convolvulus L. (Convolvulaceae), PhytoKeys 51, pp. 1-282 : 121

publication ID

https://dx.doi.org/10.3897/phytokeys.51.7104

persistent identifier

https://treatment.plazi.org/id/41723B40-6164-5A88-BBBF-D9902681CD92

treatment provided by

PhytoKeys by Pensoft

scientific name

Convolvulus simulans L.M.Perry, Rhodora 33: 76. 1931. (Perry 1931: 76).
status

 

92. Convolvulus simulans L.M.Perry, Rhodora 33: 76. 1931. (Perry 1931: 76). Figure 12, t. 49-56

Breweria minima A.Gray, Proc. Amer. Acad. Arts 17: 228. 1882. ( Gray 1882: 228). Type. MEXICO, Baja California near Tia Juana [Tijuana], M.E. Jones 3720 (holotype GH; isotypes K, NY),

Type.

Based on Breweria minima A.Gray

Description.

Annual with adventious root; stems 5-25 cm long from central rootstock, decumbent, indumentum of scattered long hairs mixed with some shorter pubescence. Leaves 1-5 × 0.2-0.6 cm, oblong-oblanceolate; apex rounded; base attenuate, petiole-like, margin entire. Flowers solitary, axilary; peduncles 0.8-1.6 cm, often becoming recurved in fruit; bracteoles 3-6 (-9) × 1-2 mm, oblanceolate; pedicels 1-3 mm; outer sepals 5 × 1 mm, lanceolate-oblong, acute to apiculate, differing from the oblong-obovate inner sepals; corolla 5-6 mm long, deeply lobed, pale blue with white midpetaline bands radiating from the centre; midpetaline bands glabrous, terminating in a mucro; filaments eglandular; ovary glabrous; style glabrous, divided 1-1.5 mm above base, stigmas 1 mm. Capsule glabrous; seeds tuberculate.

Distribution.

United States of America: California (Greene 1665, Pringle s.n. [6/4/1882]), Arizona (fide Austin 2006: 79); Mexico: Baja California (Raven et al. 12670).

Notes.

Although separated geographically from related species, Convolvulus simulans is very close to Convolvulus pentapetaloides and its allies morphologically and this is confirmed by our molecular studies which show they all belong to a single clade ( Williams et al. 2014).