Query results: All matching fields

F: +[Byblidaceae {Domin}]

G: +[Byblis {Salisb.}]

N: +[Byblis aquatica {Lowrie & Conran}]

P: Nuytsia 12:62 (1998)

T: on Redcliffe Road, c. 1 km N of junction with Elizabeth Valley Road, Noonamah, N.T., AU, 28. 4. 1995, A.Lowrie 1117 (PERTH 04658906)

CLA: AST-SCR-BYB-BYB-BYB-BYB

L: NW AU

LFR:131:North Australia

RLC: LR (lc)

XN: 16 {Conran, Houben & A.Lowrie}

XNP: Au.J.Bot. 50:584 (2002)

C: (?sub-carnivorous)

image: byblis/darwin: View of entire plant from Darwin, Northern Australia

image: Check Bob Ziemer's Photo Finder

N: [Byblis caerulea {R.Br. ex Planch.}]

P: Ann.Sci.Nat.3.ser.9:306 (1848)

T: Endeavour River, Qld., AU, Banks & Solander s.n. (BM)

S: =[Byblis liniflora {Salisb.}]

N: +[Byblis filifolia {Planch.}]

P: Ann.Sci.Nat.3.ser.9:305 (1848)

T: NW AU, Bynoe s.n. (K)

CLA: AST-SCR-BYB-BYB-BYB-BYB

L: NW AU

LFR:131:North Australia

RLC: LR (lc)

XN: 16 {Conran, Houben & A.Lowrie}

XNP: Au.J.Bot. 50:584 (2002)

image: byblis/occibyb: View of entire plant from Kunnunurra, Western Australia

image: Check Bob Ziemer's Photo Finder

N: +[Byblis gigantea {Lindl.}]

P: Swan Riv.Bot.App.:92 (1839)

T: Swan River Colony, AU, J.Drummond s.n. (K)

CLA: AST-SCR-BYB-BYB-BYB-BYB

L: SW AU

LFR:135:Southwest Australia

RLC: LR (nt)

XN: 14 {Kondo}, 18 {Conran, Houben & A.Lowrie}

XNP: Phyton (Buenos Aires) 31:93 (1973); Au.J.Bot. 50:584 (2002)

image: byblis/cataby: Closeup of plant and flower from Eneabba, W. Aus.

image: byblis/perth: View of plant (1st year) from Perth, Western Australia.

text: byblis/bybgerm.txt: Germination Protocol by Brian Cochran

image: Check Bob Ziemer's Photo Finder

N: +[Byblis guehoi {A.Lowrie & Conran}]

P: Telopea 12:23 (2008)

T: 300 m N Bobbys Creek, near Beagle Bay Mission, c. 137 road km NE of Broome, Dampier Peninsula, Kimberley, W.A., AU, 6. 9. 2004, A. Lowrie 3215 & R. Gueho (PERTH)

CLA: AST-SCR-BYB-BYB-BYB-BYB

L: NW AU

LFR:131:North Australia

RLC: LR (nt)

XN: 32 {A.Lowrie & Conran}

XNP: Telopea 12:24 (2008)

image: Check Bob Ziemer's Photo Finder

N: ~[Byblis icariflorum {Hort.Dingley}]

P: Carniv.Pl.Coll.List (1995)

S: =?[Byblis liniflora {Salisb.}]

C: nom.nud.

N: +[Byblis lamellata {Conran & Lowrie}]

P: Nuytsia 15:18 (2002)

T: about 4 km S Eneabba, W.A., AU, 31. 10. 2001, A.Lowrie 2731 (PERTH 05853834)

CLA: AST-SCR-BYB-BYB-BYB-BYB

L: SW AU

LFR:135:Southwest Australia

RLC: LR (lc)

XN: 18 {Conran, Houben & A.Lowrie}

XNP: Au.J.Bot. 50:584 (2002)

image: Check Bob Ziemer's Photo Finder

N: [Byblis lindleyana {Planch.}]

P: Ann.Sci.Nat.3.ser.9:307 (1848)

T: Swan River Colony, AU, J.Drummond s.n. (K)

S: =[Byblis gigantea {Lindl.}]

N: +[Byblis liniflora {Salisb.}]

P: Parad.Lond.:90 (1808)

T: Nova Cambria, AU, Salisbury s.n. (K)

CLA: AST-SCR-BYB-BYB-BYB-BYB

L: AU, ID (N.Guin.)

LFR:

108:

Muluccas

131:

North Australia

132:

Queensland

RLC: LR (lc)

XN: 24 {Kondo}, 32 {Peng & Kenton}

XNP: Phyton (Buenos Aires) 31:93 (1973), Ann.Mo.Bot.Gard.69:418 (1982)

C: (sub-carnivorous: proteolytic activity lacking)

image: byblis/blintyp: Closeup of growing point and trapped fly

image: byblis/B_liniflora_s: Seedling with several insects

image: Check Bob Ziemer's Photo Finder

N: [Byblis liniflora subsp. occidentalis {Conran & Lowrie}]

P: Au.Syst.Bot.6:176 (1993)

T: Vansittard Bay, creek running into Pauline Bay, AU, 22. 5. 1984, S.J.Forbes 2095 (PERTH)

S: =[Byblis filifolia {Planch.}]

N: +[Byblis rorida {Lowrie & Conran}]

P: Nuytsia 12:70 (1998)

T: 200 m SSE Beverley Springs Station homestead, Kimberley, W.A., AU, 8. 2. 1996, R.L.Barrett 825 (PERTH 04658892)

CLA: AST-SCR-BYB-BYB-BYB-BYB

L: NW AU

LFR:131:North Australia

RLC: LR (lc)

XN: 16 {Conran, Houben & A.Lowrie}

XNP: Au.J.Bot. 50:584 (2002)

C: (?sub-carnivorous)

image: Check Bob Ziemer's Photo Finder

N: $[Byblis ' Cataby ' {D'Amato}]

P: Savage Garden:182 (1998)

S: =[Byblis gigantea {Salisb.}]

Introducer: A.Lowrie, from Cataby, W.A.

Nominant: A.Lowrie

HC: name not registered with ICRA, description insufficient

Description: Savage Garden:182 (1998)

"There are a few forms of this species ([Byblis gigantea {Salisb.}]). The typical one has fairly short stems with leaves clustered at the growing point. The more recently described [Byblis ' Enneabba ' {D'Amato}] and [Byblis ' Cataby ' {D'Amato}] forms have taller stems with leaves more sparsely arranged along them."

Etymology: after the provenience of the plant

image: Check Bob Ziemer's Photo Finder

N: $[Byblis ' Darwin Red ' {D'Amato}]

P: Savage Garden:183 (1998)

S: =[Byblis aquatica {Lowrie & Conran}]

Introducer: A.Lowrie, from Darwin, N.T.

Nominant: A.Lowrie

HC: registration preliminary (standard missing)

Description: Savage Garden:183 (1998)

"From the Darwin area (in the extreme north of the Northern Territory) are maroon plants called [Byblis ' Darwin Red ' {D'Amato}]."

Etymology: after the provenience and the colour of the plant

image: Check Bob Ziemer's Photo Finder

N: $[Byblis ' Enneabba ' {D'Amato}]

P: Savage Garden:182 (1998)

S: =[Byblis gigantea {Salisb.}]

Introducer: A.Lowrie, from Enneabba, W.A.

Nominant: A.Lowrie

HC: name not registered with ICRA, description insufficient

Description: Savage Garden:182 (1998)

"There are a few forms of this species ([Byblis gigantea {Salisb.}]). The typical one has fairly short stems with leaves clustered at the growing point. The more recently described [Byblis ' Enneabba ' {D'Amato}] and [Byblis ' Cataby ' {D'Amato}] forms have taller stems with leaves more sparsely arranged along them."

Etymology: after the provenience of the plant

image: Check Bob Ziemer's Photo Finder

N: $[Byblis ' Goliath ' {B.Barnes}]

P: Carniv.Pl.Newslett.38:16 (2009)

S: =[Byblis filifolia {Planch.}]

Introducer: B.Barnes, Longwood, Fla., US, 2007

Nominant: B.Barnes, 9. 6. 2008

Registrant: B.Barnes, 13. 6. 2008

HC: Registered 10. 5. 2009 {JS}

Description: Carniv.Pl.Newslett.38:16 (2009)

"Plants can reach maturity in five months and produce flowers in showy masses. The flowers open at first light and promptly close by 4p.m.To produce seed, the flowers must be cross pollinated. Flowers will not self pollinate, nor will pollen from different flowers on the same plant be successful. The flowers will last for about a week if not pollinated. Upon successful pollination, a flower takes on a slight bluish tint and then the petals drop off after three days. The petals are fused, even after petal drop.What happens next truly makes this [Byblis {Salisb.}] variant unique.On the third day, base of the pedicel changes character. It swells, elongates, and reflexes downward. It also becomes somewhat pale and transparent. The once-erect flower stalk is forced towards the ground as its ripening seed capsule develops.The pedicel swelling is similar to structures on the base of legume stems, which are called pulvini (singular: pulvinus). Turgor pressure changes in the pulvinus of the "sensitive plant" ([Mimosa pudica {L.}]) is what causes that plant's leaves to droop when disturbed.The entire process of changing direction from upright to furthest downward takes five to six days. I have determined that the pedicel appendages are geotropic. This was achieved by bending the top half of the plant over to an upside-down position immediately following pollination of several flowers. The pedicel appendages still formed and pointed down to the ground, regardless of its position. Seed capsules are slow to ripen and dehisce in four to five weeks.I made another interesting discovery about these [Byblis {Salisb.}] plants in late October, 2008. The plants have a smell which reminds me of a sweaty, musty shirt that has been worn a few times without being washed. The smell is strongest near the center and the bottom of the plant, and the growth tip and flowers are completely odorless. What is more, the plants exhibit almost none of this smell until they are disturbed-a shaken plant changes from being only slightly smelly to quite pungent in only a few minutes! I think this smell may function to either repel herbivores or attract prey.Another amazing thing about this variant is that it roots easily from cuttings, with an 80 to 90% success rate. The cuttings root in two to three weeks and exhibit the same traits as the parents. Live sphagnum works best as a rooting medium. When well rooted, the plants prefer to be moved into a half sand/half peat mix. They like a medium that is wet, but not over saturated. I use tall pots at least 13 cm (five inches) wide per plant, to accommodate the many long fibrous roots."

Standard: Carniv.Pl.Newslett.38:17 (2009)

Etymology: after size and shape of plant

image: Check Bob Ziemer's Photo Finder