eHALOPH - Halophytes Database

Report for Tripolium pannonicum (L.) Greuter

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Changed fields since previous approved record are highlighted

Family

Asteraceae

Genus

Tripolium

Species

pannonicum

Author

(L.) Greuter

Infraspecific

Infraspecfic Author

Pictures

Plant type

hydrohalophyte

Life form

Herbaceous perennial

Ecotypes

unknown

Max. salinity

118 dS/m

Piernik A. (2012) Ecological pattern of inland salt marsh vegetation in Central Europe

Germination

unknown

Salt glands and bladders

unknown

Photosynthesis Pathway

C3?

Molecular data

The amount of nuclear DNA, expressed as the C -value was estimated

Microbial interactions and mycorrhizal status

Yes

Fuzy, A., B. Biro and T. Toth (2010) Short communication. Effect of saline soil parameters on endomycorrhizal colonisation of dominant halophytes in four Hungarian sites

Ruppel, S., P. Franken and K. Witzel (2013) Properties of the halophyte microbiome and their implications for plant salt tolerance

Bioremediation

Yes

Quinta, R., P. W. Hill, D. L. Jones, R. Santos, D. N. Thomas and L. Le Vay (2015) Uptake of an amino acid (alanine) and its peptide (trialanine) by the saltmarsh halophytes Salicornia europaea and Aster tripolium and its potential role in ecosystem N cycling and marine aquaculture wastewater treatment

antioxidants

Antioxidant activity of the extracts

Secondary Metabolites

Total phenols, flavonoids

Compatible Solutes

Habitat

D6.1 Inland saltmarshes
E6.2 Continental inland salt steppes
C1.5 Permanent inland saline and brackish lakes, ponds and pools
A2.5 Coastal saltmarshes and saline reedbeds

Economic use

0111.3 Leaves

Distribution

Distribution (text)

Europe
Asia
Saline habitats of central Balkan, Serbia
75 km parallel to the Jordan River and the Dead Sea, and varies in width from 10 km at Wadi Hisban and Wadi Zarqa to about 2-3 km in Zara, Jordan
Inowrocław-Mątwy, north-central Poland (52°45ʹ35ʹ’N, 18°13ʹ43ʹ’E)
Kiskunsag soda ponds,Hungary
South-western coast, Ireland
North Sea coast (53829′13′′N; 8803′16′′E)
Kamenínske Slanisko Nature Reserve in SW Slovakia

Previously was:

Europe

Asia

Saline habitats of central Balkan, Serbia

Stankovic, M. S., M. Petrovic, D. Godjevac and Z. D. Stevanovic (2015) Screening inland halophytes from the central Balkan for their antioxidant activity in relation to total phenolic compounds and flavonoids: Are there any prospective medicinal plants?

75 km parallel to the Jordan River and the Dead Sea, and varies in width from 10 km at Wadi Hisban and Wadi Zarqa to about 2-3 km in Zara, Jordan

Qasem, Jamal R. (2015) PROSPECTS OF WILD MEDICINAL AND INDUSTRIAL PLANTS OF SALINE HABITATS IN THE JORDAN VALLEY

Inowrocław-Mątwy, north-central Poland (52°45ʹ35ʹ’N, 18°13ʹ43ʹ’E)

Piernik, A., P. Hulisz and A. Rokicka (2015) Micropattern of halophytic vegetation on technogenic soils affected by the soda industry

Kiskunsag soda ponds,Hungary

Borsodi, AK ; Barany, A ; Krett, G ; Marialigeti, K ; Szili-Kovacs, T () DIVERSITY AND ECOLOGICAL TOLERANCE OF BACTERIA ISOLATED FROM THE RHIZOSPHERE OF HALOPHYTON PLANTS LIVING NEARBY KISKUNSAG SODA PONDS, HUNGARY

South-western coast, Ireland

Cott, G. M., D. V. Chapman and M. A. K. Jansen (2014) Differences in nitrogen-assimilating enzyme activity in halophyte species are habitat-related

North Sea coast (53829′13′′N; 8803′16′′E)

Boestfleisch, C., N. B. Wagenseil, A. K. Buhmann, C. E. Seal, E. M. Wade, A. Muscolo and J. Papenbrock (2014) Manipulating the antioxidant capacity of halophytes to increase their cultural and economic value through saline cultivation

Miscellaneous notes

Tripolium pannonicum subsp. tripolium is the accepted name for Aster tripolium Salinity range on inland salt marshes in Central Europe: ECe 1.87-118 dS/m; opt. 29.3 dS/m

References

Boestfleisch, C., N. B. Wagenseil, A. K. Buhmann, C. E. Seal, E. M. Wade, A. Muscolo and J. Papenbrock (2014) Manipulating the antioxidant capacity of halophytes to increase their cultural and economic value through saline cultivation. Aob Plants. 6, (see details)

7 Plants associated with this reference:

Borsodi, AK ; Barany, A ; Krett, G ; Marialigeti, K ; Szili-Kovacs, T DIVERSITY AND ECOLOGICAL TOLERANCE OF BACTERIA ISOLATED FROM THE RHIZOSPHERE OF HALOPHYTON PLANTS LIVING NEARBY KISKUNSAG SODA PONDS, HUNGARY. 62, 2, 183. -197. (see details)

3 Plants associated with this reference:

Corre, J. J (1977) Etude phyto-écologique des milieux littoraux salés en Languedoc et en Camargue. 28, (see details)

4 Plants associated with this reference:

Corre, J. J (1979) Etude phyto-écologique des milieux littoraux salés en Languedoc et en Camargue. 28/29 (2, serie C), (see details)

2 Plants associated with this reference:

Cott, G. M., D. V. Chapman and M. A. K. Jansen (2014) Differences in nitrogen-assimilating enzyme activity in halophyte species are habitat-related. Journal of Plant Nutrition and Soil Science. 177, 5, 705-713. (see details)

4 Plants associated with this reference:

Fuzy, A., B. Biro and T. Toth (2010) Short communication. Effect of saline soil parameters on endomycorrhizal colonisation of dominant halophytes in four Hungarian sites. Spanish Journal of Agricultural Research. 8, S144-S148. (see details)

2 Plants associated with this reference:

Koce, J. D., S. Skondric, T. Bacic and M. Dermastia (2008) Amounts of nuclear DNA in marine halophytes. Aquatic Botany. 89, 4, 385-389. (see details)

10 Plants associated with this reference:

Meleckova et al (2013) Effect of experimental top soil removal on vegetation of Pannonian salt steppes. 8, 12, 1204. -1215. (see details)

10 Plants associated with this reference:

Piernik A. (2012) Ecological pattern of inland salt marsh vegetation in Central Europe. (see details)

3 Plants associated with this reference:

Piernik, A. (2005) Vegetation-environment relations on inland saline habitats in Central Poland. Phytocoenologia. 35, 1, 19-37. (see details)

1 Plants associated with this reference:

Piernik, A., P. Hulisz and A. Rokicka (2015) Micropattern of halophytic vegetation on technogenic soils affected by the soda industry. Soil Science and Plant Nutrition. 61, 98-112. (see details)

7 Plants associated with this reference:

Qasem, Jamal R. (2015) PROSPECTS OF WILD MEDICINAL AND INDUSTRIAL PLANTS OF SALINE HABITATS IN THE JORDAN VALLEY. 47, 2, 551. -570. (see details)

51 Plants associated with this reference:

Quinta, R., P. W. Hill, D. L. Jones, R. Santos, D. N. Thomas and L. Le Vay (2015) Uptake of an amino acid (alanine) and its peptide (trialanine) by the saltmarsh halophytes Salicornia europaea and Aster tripolium and its potential role in ecosystem N cycling and marine aquaculture wastewater treatment. Ecological Engineering. 75, 145-154. (see details)

2 Plants associated with this reference:

Ruppel, S., P. Franken and K. Witzel (2013) Properties of the halophyte microbiome and their implications for plant salt tolerance. Functional Plant Biology. 40, 8-9, 940-951. (see details)

4 Plants associated with this reference:

Stankovic, M. S., M. Petrovic, D. Godjevac and Z. D. Stevanovic (2015) Screening inland halophytes from the central Balkan for their antioxidant activity in relation to total phenolic compounds and flavonoids: Are there any prospective medicinal plants?. Journal of Arid Environments. 120, 26-32. (see details)

10 Plants associated with this reference:

Stewart, G. R., F. Larher, I. Ahmad and J. A. Lee (1979) Nitrogen metabolism and salt tolerance in higher plant halophytes. In: Ecological processes in coastal environments. 211. -227. (see details)

4 Plants associated with this reference:

Report for Tripolium pannonicum (L.) Greuter