Plant Variety Journal - IP Australia

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Statistical Table Organ/Plant Part: Context ‘Caza’ ‘DBL 326’ Leaf: length (mm) Mean 74.07 74.96 Std. Deviation 8.80 10.14 LSD/Sig. 12.19 ns Leaf: width (mm) Mean 47.06 49.55 Std. Deviation 4.88 10.46 LSD/Sig. 7.56 ns Petiole: length (mm) Mean 39.14 44.67 Std. Deviation 5.87 9.25 LSD/Sig. 9.76 ns Pod: length (mm) Mean 28.74 28.47 Std. Deviation 3.76 3.03 LSD/Sig. 2.88 ns Peduncle: length (mm) Mean 13.24 12.94 Std. Deviation 2.14 1.18 LSD/Sig. 1.80 ns Beak: length (mm) Mean 7.83 8.52 Std. Deviation 1.15 1.12 LSD/Sig. 1.17 ns Plant: mature height (mm) Mean 1024.60 1025.00 Std. Deviation 114.66 99.14 LSD/Sig. 81.80 ns Cotyledon: width (mm) Mean 10.07 13.99 Std. Deviation 1.10 0.69 LSD/Sig. 0.86 P≤0.01 Seed: erucic acid content (%) Mean 18.27 10.91 Std. Deviation 1.08 1.49 LSD/Sig. 4.11 P≤0.01 Prior Applications and Sales Nil. Description: David Collins, Northam, WA. Page 230 of 550 Plant Varieties Journal Vol. 21 No.3
Details of Application Application Number 2006/203 Variety Name ‘Tegege’ Genus Species Cannabis sativa Common Name Industrial Hemp Synonym Nil Accepted Date 15 Aug 2006 Applicant Agri Fibre Industries Pty. Ltd., Bundaberg, QLD Agent N/A Qualified Person David Gillespie Details of Comparative Trial Location Bargara, QLD Descriptor Hemp (Cannabis sativa) TG/Hemp (DRAFT). Period 2008-2009. Conditions Trial 1 (Autumn 2008): the trial was sown in a well prepared red ferrisol kraznozem on 28th Feb 2008. Growth conditions were not conducive for plant measurements as we subsequently discovered that the area had previously been band treated with diuron two years before planting, too soon for a sensitive crop like industrial hemp, and this made the trial quite variable. Also the autumn time of sowing meant maturity was earlier and less spread out than the normal spring planting time. Leaf measures and plant heights were affected by the short day length and differences were slight compared to a spring planting. Weeds were removed at a young age by hand throughout the trial period. Watering was by trickle irrigation and plants were never stressed for water. Pest and diseases were controlled as necessary with insecticides and fungicides before there was any damage. Trial Design Randomised factorial complete block with 4 replicates with 100 plants per variety per replicate. Measurements For leaf 30 samples per replicate, for plant height 20 samples. RHS Chart - edition 2001. Origin and Breeding Controlled pollination: the pollination was controlled to the extent that male plants were removed before anthesis from the maternal parent while several paternal parents of unknown origin to the applicant pollinated the maternal parent. The source F1 hybrid seed coded ‘Guelph 3-64’ was imported through quarantine under licence from Mr Peter P. Dragla (now deceased), University of Guelph, Ridge Town College, Ontario, Canada in Dec, 2003. The breeding line ‘Guelph 3-64’ was from very late maturing parents under Canadian conditions (matured in 160 days from sowing). The F1 source seed and subsequent generations were then grown in isolation until final selection. Open pollination from individual plants selected for low THC content was carried out in the first three generations from the F1 source seed. Male plants were screened before anthesis, small males discarded and female plants screened for low THC content at half seed fill using an in-house colorimetric test. The Government analyst also monitored populations with a random 30 plant sample. Achenes of ‘Tegege’ were tasted when semi-hard mature at F3 generation and tasted very good. ‘Tegege’s fatty acid profile was determined by SGS Toowoomba, Queensland a NATA accredited laboratory. Bast fibre strength by breaking stalks was low for ‘Tegege’. Bast fibre content was however high at 31% while ‘Carmen’ measured 30% bast fibre content and ‘Anka’ 18% bast in previous experiments. Seed yields of individual plants were recorded with the highest seed yielding plants retained that had low THC content. Final selections were taken at the F5 generation. Page 231 of 550 Plant Varieties Journal Vol. 21 No.3
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● Plant Breeders Rights ● Home
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Interactive Variety Description Sys
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A payment of $100 is required on lo
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Overseas Testing/Data Use of Overse
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PBR Infringement Grantees should be
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Cumulative Index to Plant Varieties
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Requirement to Supply Comparative V
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European Developments Community pla
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Instructions to Qualified Persons I
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The Queensland office Monday 4 May
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ACCEPTANCE The following varieties
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‘Bonmadpipa’ syn Pink Single Ap
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‘BundyGem’ Application No: 2008
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Erodium chrysanthum CRANESBILL, YEL
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‘Caramel’ Application No: 2008/
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‘MULTIRED 3’ Application No: 20
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‘TPP5’ Application No: 2008/071
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‘PRERASJER’ Application No: 200
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Applicant: The Western Australian A
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Poinsettia (Euphorbia pulcherrima)
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Lentil (Lens culinaris) Leucadendro
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Nectarine (Prunus persica var. nuci
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Wheat (Triticum aestivum) Wheat (Tr
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Plant Varieties Journal Plant Varie
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Details of Application Application
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Ear: length medium medium medium me
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*Spathe: colour of throat spot purp
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Variety Description and Distinctnes
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Degree of: fading of flower colour
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Varieties of Common Knowledge ident
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Mean 13.00 14.90 15.20 Std. Deviati
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Page 181 and 182: LSD/sig 1.97 P≤0.01 P≤0.01 ns S
Page 183 and 184: Choice of Comparators Characteristi
Page 185 and 186: Leaf: presence of nectaries present
Page 187 and 188: Details of Application Application
Page 189 and 190: Bract: size medium medium Boll: siz
Page 191 and 192: Most Similar Varieties of Common Kn
Page 193 and 194: Fibre: length uniformity (%) Mean 8
Page 197 and 198: Boll: lint proportion (%) Mean 45.5
Page 199 and 200: RHS Chart - edition 2001 edition. O
Page 201 and 202: Statistical Table Organ/Plant Part:
Page 205 and 206: Petal: apex rounded pointed rounded
Page 207 and 208: Varieties of Common Knowledge ident
Page 211 and 212: Variety Description and Distinctnes
Page 215 and 216: Standard petal: colour of markings
Page 221 and 222: *Adult leaf: size of blade *Mature
Page 223 and 224: Prior Applications and Sales Countr
Page 225 and 226: Varieties of Common Knowledge ident
Page 227 and 228: achis inflorescence peduncle Flower
Page 229: Choice of Comparators Characteristi
Page 233 and 234: *Leaf: anthocyanin colouration abse
Page 237 and 238: Plant: height (flowering plant incl
Page 241 and 242: *Leaf blade: angle of the tip point
Page 245 and 246: *Leaf blade: angle of the tip point
Page 249 and 250: *Spike: maximum width medium to bro
Page 255 and 256: *Flower: colour of standard blue bl
Page 257 and 258: Organ/Plant Part: Context ‘Wildfi
Page 259 and 260: *Male floret mass: colour of distal
Page 263 and 264: *Flower: main colour of inner side
Page 267 and 268: Leaf: thickness (mm) Mean 0.81 0.59
Page 273 and 274: Choice of Comparators Characteristi
Page 277 and 278: length/width ratio Fully developed
Page 279 and 280: Mature fruit: groove in left should
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DNA/molecular marker: LMMA1/202 DNA
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LSD/Sig. 104.8 P≤0.01 ns Ripe fru
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Choice of Comparators Characteristi
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and branches Inflorescence: density
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ackground colour Mature fruit/skin:
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*Mature fruit: presence of sinus *M
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DNA/molecular marker: LMMA12/204 DN
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*Fruit: anthocyanin colouration aro
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*Corolla: predominant colour medium
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etween veins (varieties with red lo
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Most Similar Varieties of Common Kn
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Statistical Table Organ/Plant Part:
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Fruit: thickness of skin medium med
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Fruit ground colour of flesh whitis
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*Fruit: pubescence present present
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Std. Deviation 0.92 0.95 LSD/sig 1.
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Bract: curving absent absent Bract:
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Inflorescence: size small medium In
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Flower bud: anthocyanin colouration
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‘Remarka’ Variety Description a
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weak Leaflet: depth of veins shallo
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of coalescence Leaflet: waviness of
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Leaf: anthocyanin colouration on mi
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Leaf: openness Leaf: presence of se
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Terminal and lateral leaflets: freq
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*Plant: frequency of flowers low lo
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*Plant: frequency of flowers low lo
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inflorescence colouration brownish
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Inflorescence: tepal blade colour (
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Stem: intensity of basal branching
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Flower: size medium small *Fruit: l
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section *Flower: type double *Flowe
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Flower: profile of upper part *Flow
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Flower bud: shape of longitudinal s
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Flowering shoot: number of flowers
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*Flower: profile of lower part conc
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Petiole: attitude of hairs strongly
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*Leaf: blistering medium weak weak
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Terminal leaflet: shape of incision
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*Fruit: ratio of length/width sligh
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*Fruit: predominant shape conical a
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per variety per block. Measurements
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*Mature leaf: anthocyanin colourati
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Plant Varieties Journal Vol. 21 No.
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erect hairs on internodes Shoot: nu
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Mean 0.89 0.96 1.15 0.89 0.95 0.95
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laid out as a randomised block desi
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for fruit production only) *Young s
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colouration of main veins on upper
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Characteristics Additional to the D
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Stripe rust gene Yr18: present/abse
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GRANTS Agapanthus africanus AGAPANT
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Certificate No: 3571 Expiry Date: 1
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Agent: Australian Nurseryman's Frui
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‘EGA Burke’ A Application No: 2
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Denomination Changed Common Changed
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Change of Agent Plant Varieties Jou
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Withdrawn Plant Varieties Journal V
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2002/080 Plectranthus strigosus sac
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Corrigenda Cordyline australis ‘J
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APPENDIX 1 FEES Two fee structures
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APPENDIX 2 Plant Breeders Rights Ad
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Anigozanthos Paananen, Ian Kirby, G
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Cereals Bullen, Kenneth Collins, Da
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___________________________________
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Lucerne Bannan, Nathaniel Downes, R
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Ornamentals - Indigenous Abell, Pet
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Pistacia Richardson, Clive Sykes, S
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TABLE 2 Plant Varieties Journal Vol
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Paananen, Ian 02 4381 0051 02 8569
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Appendix 4 Index of Accredited Non-
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APPENDIX 5 ADDRESSES OF UPOV AND ME
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analysed data. These staff will req
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Luff Partnership Kulnura, NSW Ramm
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APPENDIX 7 List of Classes for Vari
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APPENDIX 8 REGISTER OF PLANT VARIET
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Plant Variety Journal - IP Australia

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