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Den Økologiske Have
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Sallent de Gllego: Aragn (Espaa)El Pirineo.Familia: Lamiaceae (Labiatae)Sinnimos: Thymus serpyllum ssp nervosus Distribucin: Endemismo latepirenaico, de la cordillera fronteriza y Macizo Central francs, ms algn punto de los montes Cantbricos. En Aragn se distribuye por los montes del Alto Pirineo, alcanzando por el S la solana del Collarada, Sabocos, Pea Montaesa, Turbn y Sis. Hbitat: Habita en pastos instalados en pedregales supraforestales, sobre suelos pobres en bases.Preferencia edfica: Acidfila Rango altitudinal: ( 1400 ) 1700- 2800 ( 3060 ) mFenologa: Floracin Mayo - Julio ( Agosto )Forma Biolgica: Camfito reptanteExtractado del Atlas de la Flora de Aragn (Herbario de Jaca)
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Plana de Zaragoza.ZaragozaEspaaFamilia: LAMIACEAE (LABIATAE).Distribucin: Planta latemediterrnea occidental, que en la Pennsula Ibrica habita preferentemente en la mitad oriental. En Aragn se encuentra distribuida por todo el territorio.Hbitat: Forma parte de matorrales secos, tomillares y pastizales vivaces sobre suelos secos y soleados, generalmente someros y naturaleza caliza. Secundariamente puede habitar en roquedos, terrenos yermos, mrgenes de caminos, etc.Preferencia edfica:Basfila CalccolaRango altitudinal: 380- 1900 ( 2450 ) mFloracin: Marzo - OctubreForma Biolgica: Camfito sufruticosoExtractado del Atlas de la Flora de Aragn(Herbario de Jaca)
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Este in fiore 2018
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Rothenbuerg, Bavaria, Germany
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Plana de Zaragoza.ZaragozaEspaaFamilia: LAMIACEAE (LABIATAE).Distribucin: Planta latemediterrnea occidental, que en la Pennsula Ibrica habita preferentemente en la mitad oriental. En Aragn se encuentra distribuida por todo el territorio.Hbitat: Forma parte de matorrales secos, tomillares y pastizales vivaces sobre suelos secos y soleados, generalmente someros y naturaleza caliza. Secundariamente puede habitar en roquedos, terrenos yermos, mrgenes de caminos, etc.Preferencia edfica:Basfila CalccolaRango altitudinal: 380- 1900 ( 2450 ) mFloracin: Marzo - OctubreForma Biolgica: Camfito sufruticosoExtractado del Atlas de la Flora de Aragn(Herbario de Jaca)
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Plana de Zaragoza.ZaragozaEspaaFamilia: LAMIACEAE (LABIATAE).Distribucin: Planta latemediterrnea occidental, que en la Pennsula Ibrica habita preferentemente en la mitad oriental. En Aragn se encuentra distribuida por todo el territorio.Hbitat: Forma parte de matorrales secos, tomillares y pastizales vivaces sobre suelos secos y soleados, generalmente someros y naturaleza caliza. Secundariamente puede habitar en roquedos, terrenos yermos, mrgenes de caminos, etc.Preferencia edfica:Basfila Calccola Rango altitudinal: 380- 1900 ( 2450 ) mFloracin: Marzo - OctubreForma Biolgica: Camfito sufruticosoExtractado del Atlas de la Flora de Aragn (Herbario de Jaca)
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Thymus pulegioides ssp. carniolicus (Borbas) Schmidt , syn.: Thymus carniolicus Borbas, Thymus froelichianus OpizCarniolian Thyme, DE: Krainer Thymian, Krainer QuendelSlo.: kranjska polajeva materina duicaDat.: Aug. 1. 2014Lat.: 46.44256 Long.: 13.64312Code: Bot_820/2014_IMG6450Habitat: very stony grassland, almost scree slope, southeast inclined moderately steep mountain slope, open place, full sun, relatively dry, skeletal calcareous ground with outcropped rocks, some siliceous acid rock intermeshed; exposed to direct precipitations, average precipitations ~ 3.000 mm/year, average temperature about 0 - 2 deg C, elevation from 1.995 m, (from 6.550 feet), alpine phytogeographical region. Substratum: soil among stones and scree.Place: Mt. Mangart region, Mangart's flats, below terminal loop of the Mt. Mangart alpine road, south of Mt. Travnik, 2.200 m (7.218 feet), East Julian Alps, Posoje, Slovenia EC.Comments: In spite of the fact that thyme (Thymus) is a popular plant, well known for its medical use, intense and pleasant aroma and use as spice and tea herb, it is a difficult genus for reliable botanical determination to species and lower taxonomical level even for professionals. Its members are highly variable and crosses are frequent. No wonder, a large number of (many taxonomically questionable) taxa have been described in literature. Since different authors threat the genus differently there is a kind of mess in the literature for an amateur. Consider, for example, the fact that Flora Alpina (Ref.: 1) reduced about 70 described taxa growing in Europe into thirteen, Exkursionsflora (Ref.: 2) (for Austria) into ten, Slovenian key (Ref.: 3) (for Slovenia) into nine, and Flora Helvetica (Ref.: 4) into seven only species and subspecies. In practice very often plants found in nature 'don't want' to fit to the books. This has happened also with the plants on my photos.The closest fit I was able to find wasThymus pulegioides ssp. carniolicus. This taxon has a relatively easily recognizable (even though a magnifier is needed) specific trait, which should theoretically suffice for a reliable determination.Namely, the stem of flowering shoots is all the way to the top rectangular in cross-section. This alone is true also with few other types of thyme. However, with Thymus pulegioides ssp. carniolicusthe cross-section is not square, but two opposite sides are distinctly shorter than other two. The shorter sides are always curved inward (concave) and covered with short hairs. In opposite to this, the longer sides of the cross-section are without hairs (glabrous) and flat or slightly curved outward (convex). The funniest detail is that at each node of the flowering stem (where the leaves grow out) these two types of surfaces alternate. Say, below the node left and right sides of the rectangular stem are shorter and hairy and longer front and back sides are glabrous. Above the node the front and back sides are shorter and hairy and left and right sides are longer and without hairs. Above the next higher node left and right sides are again shorter and hairy and so on.This pattern was clearly present with the plants photographed. However there is also an important discrepancy. According to literature Thymus pulegioides ssp. carniolicus should have hairy leaves on both sides. But the leaves of the photographed plants were almost without hairs. Also the distinct hairs along stem edges (they are characteristic of several other Thymus species too) are shorter than expected. They should regularly exceed the stem diameter, but observed hairs were shorter. Since, as already said, hybrids in this genus are frequent, it isn't impossible that I photographed a cross between Thymus pulegioides ssp. carniolicus and some other taxa, most probably quite common Thymus pulegioides ssp. pulegioides or perhapsThymus alpestris.Ref.:(1) D. Aeschimann, K. Lauber, D.M. Moser, J.P. Theurillat, Flora Alpina, Vol. 1., Haupt (2004), p 154.(2) M.A. Fischer, W. Adler, K. Oswald, Exkursionsflora sterreich Liechtenstein,Sdtirol, LO Landesmuseen, Linz, Austria (2005), p 783.(3) A. Martini et all., Mala Flora Slovenije, Tehnina Zaloba Slovenije (2007) (inSlovene), p 611. (4) K. Lauber and G. Wagner, Flora Helvetica, 5. Auflage, Haupt (2012), p 846.
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Den Økologiske Have
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Plana de Zaragoza.ZaragozaEspaaFamilia: LAMIACEAE (LABIATAE).Distribucin: Planta latemediterrnea occidental, que en la Pennsula Ibrica habita preferentemente en la mitad oriental. En Aragn se encuentra distribuida por todo el territorio.Hbitat: Forma parte de matorrales secos, tomillares y pastizales vivaces sobre suelos secos y soleados, generalmente someros y naturaleza caliza. Secundariamente puede habitar en roquedos, terrenos yermos, mrgenes de caminos, etc.Preferencia edfica:Basfila CalccolaRango altitudinal: 380- 1900 ( 2450 ) mFloracin: Marzo - OctubreForma Biolgica: Camfito sufruticosoExtractado del Atlas de la Flora de Aragn(Herbario de Jaca)
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Hb. FH 20XX/YYY - Herbarium Falkner Hermann (20XX/No YYY) (DIN AX)leg.: Falkner Hermann, 20XX-YY-ZZ: Niedersterreich, Bezirk XYZ - LOCATION: 180 msm Quadrant 7964/4.det.: Falkner Hermann, nach Fischer & al., Exkursionsflora A/FL/SdT (2008 3. A.)Dt: NAME; English: NAMESynonyme: NAMENAn der Brandstelle:Vienna XXII. district - Lobau heath, bushfire place (155 msm Quadrant 7864/2).
Click here for more information about this year's bushfire.
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Rothenbuerg, Bavaria, Germany
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Thymus pulegioides ssp. carniolicus (Borbas) Schmidt , syn.: Thymus carniolicus Borbas, Thymus froelichianus OpizCarniolian Thyme, DE: Krainer Thymian, Krainer QuendelSlo.: kranjska polajeva materina duicaDat.: Aug. 1. 2014Lat.: 46.44256 Long.: 13.64312Code: Bot_820/2014_IMG6450Habitat: very stony grassland, almost scree slope, southeast inclined moderately steep mountain slope, open place, full sun, relatively dry, skeletal calcareous ground with outcropped rocks, some siliceous acid rock intermeshed; exposed to direct precipitations, average precipitations ~ 3.000 mm/year, average temperature about 0 - 2 deg C, elevation from 1.995 m, (from 6.550 feet), alpine phytogeographical region. Substratum: soil among stones and scree.Place: Mt. Mangart region, Mangart's flats, below terminal loop of the Mt. Mangart alpine road, south of Mt. Travnik, 2.200 m (7.218 feet), East Julian Alps, Posoje, Slovenia EC.Comments: In spite of the fact that thyme (Thymus) is a popular plant, well known for its medical use, intense and pleasant aroma and use as spice and tea herb, it is a difficult genus for reliable botanical determination to species and lower taxonomical level even for professionals. Its members are highly variable and crosses are frequent. No wonder, a large number of (many taxonomically questionable) taxa have been described in literature. Since different authors threat the genus differently there is a kind of mess in the literature for an amateur. Consider, for example, the fact that Flora Alpina (Ref.: 1) reduced about 70 described taxa growing in Europe into thirteen, Exkursionsflora (Ref.: 2) (for Austria) into ten, Slovenian key (Ref.: 3) (for Slovenia) into nine, and Flora Helvetica (Ref.: 4) into seven only species and subspecies. In practice very often plants found in nature 'don't want' to fit to the books. This has happened also with the plants on my photos.The closest fit I was able to find wasThymus pulegioides ssp. carniolicus. This taxon has a relatively easily recognizable (even though a magnifier is needed) specific trait, which should theoretically suffice for a reliable determination.Namely, the stem of flowering shoots is all the way to the top rectangular in cross-section. This alone is true also with few other types of thyme. However, with Thymus pulegioides ssp. carniolicusthe cross-section is not square, but two opposite sides are distinctly shorter than other two. The shorter sides are always curved inward (concave) and covered with short hairs. In opposite to this, the longer sides of the cross-section are without hairs (glabrous) and flat or slightly curved outward (convex). The funniest detail is that at each node of the flowering stem (where the leaves grow out) these two types of surfaces alternate. Say, below the node left and right sides of the rectangular stem are shorter and hairy and longer front and back sides are glabrous. Above the node the front and back sides are shorter and hairy and left and right sides are longer and without hairs. Above the next higher node left and right sides are again shorter and hairy and so on.This pattern was clearly present with the plants photographed. However there is also an important discrepancy. According to literature Thymus pulegioides ssp. carniolicus should have hairy leaves on both sides. But the leaves of the photographed plants were almost without hairs. Also the distinct hairs along stem edges (they are characteristic of several other Thymus species too) are shorter than expected. They should regularly exceed the stem diameter, but observed hairs were shorter. Since, as already said, hybrids in this genus are frequent, it isn't impossible that I photographed a cross between Thymus pulegioides ssp. carniolicus and some other taxa, most probably quite common Thymus pulegioides ssp. pulegioides or perhapsThymus alpestris.Ref.:(1) D. Aeschimann, K. Lauber, D.M. Moser, J.P. Theurillat, Flora Alpina, Vol. 1., Haupt (2004), p 154.(2) M.A. Fischer, W. Adler, K. Oswald, Exkursionsflora sterreich Liechtenstein,Sdtirol, LO Landesmuseen, Linz, Austria (2005), p 783.(3) A. Martini et all., Mala Flora Slovenije, Tehnina Zaloba Slovenije (2007) (inSlovene), p 611. (4) K. Lauber and G. Wagner, Flora Helvetica, 5. Auflage, Haupt (2012), p 846.
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Den Økologiske Have
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2010.05.28 (shot on 05.29) Vienna XXII. (heath 155 m AMSL).German name: Frher Kriech-QuendelFlower: lower lip (3 sepals), stamens resting on upper lip.ID: Fischer & al., Exkursionsflora (2008 3rd); see remarks
here
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Rothenbuerg, Bavaria, Germany
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Thymus pulegioides ssp. carniolicus (Borbas) Schmidt , syn.: Thymus carniolicus Borbas, Thymus froelichianus OpizCarniolian Thyme, DE: Krainer Thymian, Krainer QuendelSlo.: kranjska polajeva materina duicaDat.: Aug. 1. 2014Lat.: 46.44256 Long.: 13.64312Code: Bot_820/2014_IMG6450Habitat: very stony grassland, almost scree slope, southeast inclined moderately steep mountain slope, open place, full sun, relatively dry, skeletal calcareous ground with outcropped rocks, some siliceous acid rock intermeshed; exposed to direct precipitations, average precipitations ~ 3.000 mm/year, average temperature about 0 - 2 deg C, elevation from 1.995 m, (from 6.550 feet), alpine phytogeographical region. Substratum: soil among stones and scree.Place: Mt. Mangart region, Mangart's flats, below terminal loop of the Mt. Mangart alpine road, south of Mt. Travnik, 2.200 m (7.218 feet), East Julian Alps, Posoje, Slovenia EC.Comments: In spite of the fact that thyme (Thymus) is a popular plant, well known for its medical use, intense and pleasant aroma and use as spice and tea herb, it is a difficult genus for reliable botanical determination to species and lower taxonomical level even for professionals. Its members are highly variable and crosses are frequent. No wonder, a large number of (many taxonomically questionable) taxa have been described in literature. Since different authors threat the genus differently there is a kind of mess in the literature for an amateur. Consider, for example, the fact that Flora Alpina (Ref.: 1) reduced about 70 described taxa growing in Europe into thirteen, Exkursionsflora (Ref.: 2) (for Austria) into ten, Slovenian key (Ref.: 3) (for Slovenia) into nine, and Flora Helvetica (Ref.: 4) into seven only species and subspecies. In practice very often plants found in nature 'don't want' to fit to the books. This has happened also with the plants on my photos.The closest fit I was able to find wasThymus pulegioides ssp. carniolicus. This taxon has a relatively easily recognizable (even though a magnifier is needed) specific trait, which should theoretically suffice for a reliable determination.Namely, the stem of flowering shoots is all the way to the top rectangular in cross-section. This alone is true also with few other types of thyme. However, with Thymus pulegioides ssp. carniolicusthe cross-section is not square, but two opposite sides are distinctly shorter than other two. The shorter sides are always curved inward (concave) and covered with short hairs. In opposite to this, the longer sides of the cross-section are without hairs (glabrous) and flat or slightly curved outward (convex). The funniest detail is that at each node of the flowering stem (where the leaves grow out) these two types of surfaces alternate. Say, below the node left and right sides of the rectangular stem are shorter and hairy and longer front and back sides are glabrous. Above the node the front and back sides are shorter and hairy and left and right sides are longer and without hairs. Above the next higher node left and right sides are again shorter and hairy and so on.This pattern was clearly present with the plants photographed. However there is also an important discrepancy. According to literature Thymus pulegioides ssp. carniolicus should have hairy leaves on both sides. But the leaves of the photographed plants were almost without hairs. Also the distinct hairs along stem edges (they are characteristic of several other Thymus species too) are shorter than expected. They should regularly exceed the stem diameter, but observed hairs were shorter. Since, as already said, hybrids in this genus are frequent, it isn't impossible that I photographed a cross between Thymus pulegioides ssp. carniolicus and some other taxa, most probably quite common Thymus pulegioides ssp. pulegioides or perhapsThymus alpestris.Ref.:(1) D. Aeschimann, K. Lauber, D.M. Moser, J.P. Theurillat, Flora Alpina, Vol. 1., Haupt (2004), p 154.(2) M.A. Fischer, W. Adler, K. Oswald, Exkursionsflora sterreich Liechtenstein,Sdtirol, LO Landesmuseen, Linz, Austria (2005), p 783.(3) A. Martini et all., Mala Flora Slovenije, Tehnina Zaloba Slovenije (2007) (inSlovene), p 611. (4) K. Lauber and G. Wagner, Flora Helvetica, 5. Auflage, Haupt (2012), p 846.
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Den Økologiske Have
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2010.06.03 Austria, Lower Austria, district Bruck/Leitha (295 m AMSL).Leaves of
this one.German name: Frher Kriech-QuendelID: Fischer & al., Exkursionsflora (2008 3rd)
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Thymus pulegioides ssp. carniolicus (Borbas) Schmidt , syn.: Thymus carniolicus Borbas, Thymus froelichianus OpizCarniolian Thyme, DE: Krainer Thymian, Krainer QuendelSlo.: kranjska polajeva materina duicaDat.: Aug. 1. 2014Lat.: 46.44256 Long.: 13.64312Code: Bot_820/2014_IMG6450Habitat: very stony grassland, almost scree slope, southeast inclined moderately steep mountain slope, open place, full sun, relatively dry, skeletal calcareous ground with outcropped rocks, some siliceous acid rock intermeshed; exposed to direct precipitations, average precipitations ~ 3.000 mm/year, average temperature about 0 - 2 deg C, elevation from 1.995 m, (from 6.550 feet), alpine phytogeographical region. Substratum: soil among stones and scree.Place: Mt. Mangart region, Mangart's flats, below terminal loop of the Mt. Mangart alpine road, south of Mt. Travnik, 2.200 m (7.218 feet), East Julian Alps, Posoje, Slovenia EC.Comments: In spite of the fact that thyme (Thymus) is a popular plant, well known for its medical use, intense and pleasant aroma and use as spice and tea herb, it is a difficult genus for reliable botanical determination to species and lower taxonomical level even for professionals. Its members are highly variable and crosses are frequent. No wonder, a large number of (many taxonomically questionable) taxa have been described in literature. Since different authors threat the genus differently there is a kind of mess in the literature for an amateur. Consider, for example, the fact that Flora Alpina (Ref.: 1) reduced about 70 described taxa growing in Europe into thirteen, Exkursionsflora (Ref.: 2) (for Austria) into ten, Slovenian key (Ref.: 3) (for Slovenia) into nine, and Flora Helvetica (Ref.: 4) into seven only species and subspecies. In practice very often plants found in nature 'don't want' to fit to the books. This has happened also with the plants on my photos.The closest fit I was able to find wasThymus pulegioides ssp. carniolicus. This taxon has a relatively easily recognizable (even though a magnifier is needed) specific trait, which should theoretically suffice for a reliable determination.Namely, the stem of flowering shoots is all the way to the top rectangular in cross-section. This alone is true also with few other types of thyme. However, with Thymus pulegioides ssp. carniolicusthe cross-section is not square, but two opposite sides are distinctly shorter than other two. The shorter sides are always curved inward (concave) and covered with short hairs. In opposite to this, the longer sides of the cross-section are without hairs (glabrous) and flat or slightly curved outward (convex). The funniest detail is that at each node of the flowering stem (where the leaves grow out) these two types of surfaces alternate. Say, below the node left and right sides of the rectangular stem are shorter and hairy and longer front and back sides are glabrous. Above the node the front and back sides are shorter and hairy and left and right sides are longer and without hairs. Above the next higher node left and right sides are again shorter and hairy and so on.This pattern was clearly present with the plants photographed. However there is also an important discrepancy. According to literature Thymus pulegioides ssp. carniolicus should have hairy leaves on both sides. But the leaves of the photographed plants were almost without hairs. Also the distinct hairs along stem edges (they are characteristic of several other Thymus species too) are shorter than expected. They should regularly exceed the stem diameter, but observed hairs were shorter. Since, as already said, hybrids in this genus are frequent, it isn't impossible that I photographed a cross between Thymus pulegioides ssp. carniolicus and some other taxa, most probably quite common Thymus pulegioides ssp. pulegioides or perhapsThymus alpestris.Ref.:(1) D. Aeschimann, K. Lauber, D.M. Moser, J.P. Theurillat, Flora Alpina, Vol. 1., Haupt (2004), p 154.(2) M.A. Fischer, W. Adler, K. Oswald, Exkursionsflora sterreich Liechtenstein,Sdtirol, LO Landesmuseen, Linz, Austria (2005), p 783.(3) A. Martini et all., Mala Flora Slovenije, Tehnina Zaloba Slovenije (2007) (inSlovene), p 611. (4) K. Lauber and G. Wagner, Flora Helvetica, 5. Auflage, Haupt (2012), p 846.