Details for: APG 53980, Macroptilium gracile (Poepp. ex Benth.) Urb., MEX 1120

Summary Data

Taxonomy:

Macroptilium gracile (Poepp. ex Benth.) Urb.

Top Name:

MEX 1120

Origin:

Collected – Mexico

Maintained:

Australian Pastures Genebank

Received by APG:

01 Dec 1980

Improvement Status:

Wild material

Form Received:

Seed

Backup Location:

Svalbard Global Seed Vault

Availability

Form	Quantity	Note	Inventory	Cart
Seed	100 count		BASE 53980 2018wki2_____ SD

There are no images for this accession.

Core Passport Data

Taxonomy:

Macroptilium gracile (Poepp. ex Benth.) Urb.

Top Name:

MEX 1120

Origin:

Collected – Mexico

Maintained:

Australian Pastures Genebank

Received by APG:

01 Dec 1980

Improvement Status:

Wild material

Form Received:

Seed

Source History

Collected

27 November 1980.
Locality: LOS TULES, 10KM. S.W. NILTEPEC, OAXACA
Aspect: North; Coll Source: Wild; Landuse: Grassland/Meadow; Propagule: Seed; Parentrock: Granites, Granodiorites; Ph: 4; Slope: Steep; Soil Drainage: Seasonally Dry; Soil_Texture: Clay Loam; Rainfall: 960

27 November 1980. Mexico
Coordinates: 16.3200, -94.5800 (Map it)
Elevation: 30m.

Collector(s):

Reid, Bob CSIRO Tropical Crops & Pastures

Donated

01 December 1980. Mexico

Donator(s):

Reid, Bob CSIRO Tropical Crops & Pastures

01 July 2014. Australia

Donator(s):

Commonwealth Scientific and Industrial Research Organisation

08 September 2015. Australia

Donator(s):

Department of Agriculture and Fisheries Queensland

Accession Names and Identifiers

MEX 1120

Type: Unverified name

AusTRCF 91340

Type: Donor identifier

Group: AusTRCF

Austraian Tropical Forage

CPI 91340

Type: Institute identifier

Group: CPI

Commonwealth Plant Introduction

ALP 1.4

Type: Priority Score

Narrative

Group Note

Macroptilium gracile (Poepp. ex Benth.) Urb.

Genus:

Macroptilium

Family:

Fabaceae (alt. Leguminosae)

Subfamily:

Faboideae

Tribe:

Phaseoleae

Subtribe:

Phaseolinae

Nomen number:

105022

Place of publication:

Symb. antill. 9:457. 1928

Verified:

10/28/1988 by ARS Systematic Botanists.

Common names

Spanish
llanos macro –

Other conspecific taxa

Autonyms (not in current use), synonyms and invalid designations

Basionym

Phaseolus gracilis Poepp. ex Benth.

Heterotypic Synonym(s)

Macroptilium longepedunculatum (Mart. ex Benth.) Urb.
Phaseolus campestris Mart. ex Benth.
Phaseolus longepedunculatus Mart. ex Benth.

Annotations

Observations

Phenotype Data

Category	Descriptor	Description	Value	Study
GROWTH	Growth habit	Dominant growth habit	S - Dominant horizontal or decumbent growth (not self-supporting)	APG QLD Regen 2017-18 Macroptilium
GROWTH	Twining capacity	Dominant twining capacity	T1 - Some vertical inter-branch twining (loose)	APG QLD Regen 2017-18 Macroptilium
GROWTH	Vigour	Vigour	1	QLD Holyrood, COPE project, sown 1988
GROWTH	Vigour	Vigour	2	QLD Holyrood, COPE project, sown 1988
GROWTH	Vigour	Vigour	3	QLD Willunga, COPE project, sown 1988
GROWTH	Vigour	Vigour	4	QLD South Johnstone Research Station, COPE project, sown 1988
GROWTH	Vigour	Vigour	5	QLD South Johnstone Research Station, COPE project, sown 1988
MORPHOLOGY	First Flower, Prncpl Comp	Date of first inflorescence compared to principal comparator	L - More than 2 weeks after the principle comparator	APG QLD Regen 2017-18 Macroptilium
MORPHOLOGY	First flower, PGroup Comp	Date of first inflorescence compared to comparator for pasture group	L - Fiirst flowering more tthan two weeks later than group comparator	APG QLD Regen 2017-18 Macroptilium
MORPHOLOGY	Leaf hairs	Leaf surface hairiness 4-6 nodes from branch tip (at 1st flower)	2 - Pubescent (fine/soft hairs)	APG QLD Regen 2017-18 Macroptilium
MORPHOLOGY	Stem hairs	Stem surface hairiness 4-6 nodes from branch tip (at 1st flower)	2 - Pubescent (fine/soft hairs)	APG QLD Regen 2017-18 Macroptilium
MORPHOLOGY	Pod hairs	Pod surface hairiness 4-6 nodes from branch tip (at 1st flower)	1 - Glabrous (none)	APG QLD Regen 2017-18 Macroptilium
MORPHOLOGY	Stem colour - dominant	Dominant stem colour 4-6 nodes from branch tip (at 1st flower)	Mid green	APG QLD Regen 2017-18 Macroptilium
MORPHOLOGY	Leaf colour (dominant)	Dominant leaf colour 4-6 nodes from branch tip (at 1st flower)	Dark green	APG QLD Regen 2017-18 Macroptilium
MORPHOLOGY	Flower colour - dominant	Dominant flower colour 4-6 nodes from branch tip (10-20 days after 1st flower)	Pink	APG QLD Regen 2017-18 Macroptilium
MORPHOLOGY	Mature seed colour pattern	Dominant flower colour pattern 4-6 nodes from branch tip (10-20 days after 1st flower)	2 - Speckled (spotted)	APG QLD Regen 2017-18 Macroptilium
MORPHOLOGY	Mature seed colour - dominant	Dominant seed colour 4-6 nodes from branch tip (10-20 days after 1st flower)	Grey brown	APG QLD Regen 2017-18 Macroptilium
MORPHOLOGY	Mature seed colour - secondary	Secondary seed colour 4-6 nodes from branch tip (10-20 days after 1st flower)	Brown	APG QLD Regen 2017-18 Macroptilium
MORPHOLOGY	Mature seed colour - tertiary	Tertiary seed colour 4-6 nodes from branch tip (10-20 days after 1st flower)	Black	APG QLD Regen 2017-18 Macroptilium
MORPHOLOGY	1000 Seed Weight	Weight of 1000 seeds in grams	5.88235	APG QLD Regen 2017-18 Macroptilium
MORPHOLOGY	Dominant leaf shape	Dominant leaf shape of fully expanded leaves (at 1st flower)	L - Lanceolate	APG QLD Regen 2017-18 Macroptilium
MORPHOLOGY	Pod Colour, dominant	Dominant immature pod colour 4-6 nodes from branch tip (at first flower)	Light green	APG QLD Regen 2017-18 Macroptilium
MORPHOLOGY	Height	Height	30	QLD Southedge Research Station, COPE project, sown 1988
MORPHOLOGY	Height	Height	50	QLD Brigalow Research Station, COPE project, sown 1988
MORPHOLOGY	Height	Height	50	QLD South Johnstone Research Station, COPE project, sown 1988
MORPHOLOGY	Height	Height	60	QLD South Johnstone Research Station, COPE project, sown 1988
MORPHOLOGY	Height	Height	60	QLD Southedge Research Station, COPE project, sown 1988
OTHER	wet down date	Date seeds were first wetted for germination (in laboratory)	19/12/2017 12:00:00 AM	APG QLD Regen 2017-18 Macroptilium
PHENOLOGY	Days to First Flower	Days from wetting up to start of flowering phase	91	APG QLD Regen 2017-18 Macroptilium
PHENOLOGY	Minimum canopy height	Minimum canopy (foliage) height (cm) (without support) (30-50 days after 1st flower)	2	APG QLD Regen 2017-18 Macroptilium
PHENOLOGY	Maximum canopy height	Maximum canopy (foliage) height (cm) (without support) (30-50 days after 1st flower)	10	APG QLD Regen 2017-18 Macroptilium
PHENOLOGY	Minimum flower height	Minimum flower (foliage) height (cm) (without support) (30-50 days after 1st flower)	10	APG QLD Regen 2017-18 Macroptilium
PHENOLOGY	Maximum flower height	Maximum flower (foliage) height (cm) (without support) (30-50 days after 1st flower)	20	APG QLD Regen 2017-18 Macroptilium
PHENOLOGY	Leafiness rating, PGroup Comp	Estimate of leaf vs non-leaf material compared to comparator for pasture group (30-50 days after 1st flower)	1 - Less leafy than comparator for pasture group	APG QLD Regen 2017-18 Macroptilium
PRODUCTION	Establishment	establishment rating from 1 (poor) to 8 (excellent)	10	QLD Brian Pastures Research Station, COPE project, sown 1988
PRODUCTION	Establishment	establishment rating from 1 (poor) to 8 (excellent)	10	QLD Holyrood, COPE project, sown 1988
PRODUCTION	Establishment	establishment rating from 1 (poor) to 8 (excellent)	10	QLD South Johnstone Research Station, COPE project, sown 1988
PRODUCTION	Establishment	establishment rating from 1 (poor) to 8 (excellent)	6	TROPICAL.COLLECTOR.REPORTED
PRODUCTION	Establishment	establishment rating from 1 (poor) to 8 (excellent)	8	QLD Brian Pastures Research Station, COPE project, sown 1988
PRODUCTION	Establishment Variation	variation in establishment ratings at different locations from 1 (poor) to 8 (excellent)	1-Aug	TROPICAL.COLLECTOR.REPORTED
PRODUCTION	Rate Of Spread	assessment how accessions spreads from 1 (negligible) to 8 (like bad weed)	3	QLD Silkwood, COPE project 1990
PRODUCTION	Grazing Tolerance	rating on tolerance to grazing from 1 (low tolerance) to 8 (high tolerance to severe & repeated grazing)	2	QLD South Johnstone Research Station, COPE project 1988
PRODUCTION	Grazing Tolerance	rating on tolerance to grazing from 1 (low tolerance) to 8 (high tolerance to severe & repeated grazing)	4	QLD Southedge Research Station, COPE project 1988
PRODUCTION	Grazing Tolerance	rating on tolerance to grazing from 1 (low tolerance) to 8 (high tolerance to severe & repeated grazing)	5	QLD Southedge Research Station, COPE project 1988
PRODUCTION	Grazing Tolerance	rating on tolerance to grazing from 1 (low tolerance) to 8 (high tolerance to severe & repeated grazing)	6	QLD South Johnstone Research Station, COPE project 1988
PRODUCTION	Flowering and seed set	Estimate of seed production capacity	5 - Dense flowering, ready seed set (few empty florets)	APG QLD Regen 2017-18 Macroptilium
PRODUCTION	Trait Agronomic Value	Subjective rating (one to five ) based on the overall appearance of an accessions agronomic potential	1 - Very Poor	APG QLD Regen 2017-18 Macroptilium
PRODUCTION	Trait Agronomic Value Comment	Comment for trait agronomic value	Hay Off	APG QLD Regen 2017-18 Macroptilium
PRODUCTION	Biomass Yield	Biomass Yield	100	NT Berrimah Agricultural Research Centre (TB144), COPE project 1984
PRODUCTION	Biomass Yield	Biomass Yield	1600	NT Berrimah Agricultural Research Centre (TB144), COPE project 1984
PRODUCTION	Biomass Yield Rating	The total dry weight of plant material produced per unit area, indicating overall rating 0 to 10	0	QLD Calliope, COPE project, sown 1988
PRODUCTION	Biomass Yield Rating	The total dry weight of plant material produced per unit area, indicating overall rating 0 to 10	0	QLD South Johnstone Research Station, COPE project, sown 1988
PRODUCTION	Biomass Yield Rating	The total dry weight of plant material produced per unit area, indicating overall rating 0 to 10	1	QLD Calliope, COPE project, sown 1988
PRODUCTION	Biomass Yield Rating	The total dry weight of plant material produced per unit area, indicating overall rating 0 to 10	1	QLD Holyrood, COPE project, sown 1988
PRODUCTION	Biomass Yield Rating	The total dry weight of plant material produced per unit area, indicating overall rating 0 to 10	1	QLD South Johnstone Research Station, COPE project, sown 1988
PRODUCTION	Biomass Yield Rating	The total dry weight of plant material produced per unit area, indicating overall rating 0 to 10	1	QLD Southedge Research Station, COPE project, sown 1988
PRODUCTION	Biomass Yield Rating	The total dry weight of plant material produced per unit area, indicating overall rating 0 to 10	1	QLD Wolvi, COPE project, sown 1988
PRODUCTION	Biomass Yield Rating	The total dry weight of plant material produced per unit area, indicating overall rating 0 to 10	2	QLD Brigalow Research Station, COPE project, sown 1988
PRODUCTION	Biomass Yield Rating	The total dry weight of plant material produced per unit area, indicating overall rating 0 to 10	2	QLD Calliope, COPE project, sown 1988
PRODUCTION	Biomass Yield Rating	The total dry weight of plant material produced per unit area, indicating overall rating 0 to 10	2	QLD Holyrood, COPE project, sown 1988
PRODUCTION	Biomass Yield Rating	The total dry weight of plant material produced per unit area, indicating overall rating 0 to 10	2	QLD South Johnstone Research Station, COPE project, sown 1988
PRODUCTION	Biomass Yield Rating	The total dry weight of plant material produced per unit area, indicating overall rating 0 to 10	2	QLD Willunga, COPE project, sown 1988
PRODUCTION	Biomass Yield Rating	The total dry weight of plant material produced per unit area, indicating overall rating 0 to 10	2	QLD Wolvi, COPE project, sown 1988
PRODUCTION	Biomass Yield Rating	The total dry weight of plant material produced per unit area, indicating overall rating 0 to 10	3	QLD Calliope, COPE project, sown 1988
PRODUCTION	Biomass Yield Rating	The total dry weight of plant material produced per unit area, indicating overall rating 0 to 10	3	QLD South Johnstone Research Station, COPE project, sown 1988
PRODUCTION	Biomass Yield Rating	The total dry weight of plant material produced per unit area, indicating overall rating 0 to 10	3	QLD Southedge Research Station, COPE project, sown 1988
PRODUCTION	Biomass Yield Rating	The total dry weight of plant material produced per unit area, indicating overall rating 0 to 10	4	QLD Brigalow Research Station, COPE project, sown 1988
PRODUCTION	Biomass Yield Rating	The total dry weight of plant material produced per unit area, indicating overall rating 0 to 10	4	QLD South Johnstone Research Station, COPE project, sown 1988
PRODUCTION	Biomass Yield Rating	The total dry weight of plant material produced per unit area, indicating overall rating 0 to 10	5	QLD South Johnstone Research Station, COPE project, sown 1988
PRODUCTION	Biomass Yield Rating	The total dry weight of plant material produced per unit area, indicating overall rating 0 to 10	5	QLD Southedge Research Station, COPE project, sown 1988
PRODUCTION	Biomass Yield Rating	The total dry weight of plant material produced per unit area, indicating overall rating 0 to 10	7	QLD Southedge Research Station, COPE project, sown 1988
PRODUCTION	Biomass Yield Rating	The total dry weight of plant material produced per unit area, indicating overall rating 0 to 10	9	QLD South Johnstone Research Station, COPE project, sown 1988
PRODUCTION	Biomass Yield Rating	The total dry weight of plant material produced per unit area, indicating overall rating 0 to 10	9	QLD Willunga, COPE project, sown 1988
PRODUCTION	Biomass Yield Rating	The total dry weight of plant material produced per unit area, indicating overall rating 0 to 10	9	QLD Wolvi, COPE project, sown 1988
PRODUCTION	Summer Biomass Yield Rating	Visual rating of biomass production, where October to April = summer and May - September = winter	1.4	QLD Calliope, COPE project, sown 1988
PRODUCTION	Summer Biomass Yield Rating	Visual rating of biomass production, where October to April = summer and May - September = winter	1.5	QLD Holyrood, COPE project, sown 1988
PRODUCTION	Summer Biomass Yield Rating	Visual rating of biomass production, where October to April = summer and May - September = winter	3	QLD Brigalow Research Station, COPE project, sown 1988
PRODUCTION	Summer Biomass Yield Rating	Visual rating of biomass production, where October to April = summer and May - September = winter	3.8	QLD South Johnstone Research Station, COPE project, sown 1988
PRODUCTION	Summer Biomass Yield Rating	Visual rating of biomass production, where October to April = summer and May - September = winter	4.14	QLD Southedge Research Station, COPE project, sown 1988
PRODUCTION	Summer Biomass Yield Rating	Visual rating of biomass production, where October to April = summer and May - September = winter	5.25	QLD Wolvi, COPE project, sown 1988
PRODUCTION	Summer Biomass Yield Rating	Visual rating of biomass production, where October to April = summer and May - September = winter	6.67	QLD Willunga, COPE project, sown 1988