- Open Access
The native flora of Mountain Panachaikon (Peloponnese, Greece): new records and diversity
Journal of Biological Research-Thessaloniki volume 21, Article number: 9 (2014)
This study presents the native flora of Mountain Panachaikon (N.W. Peloponnese, Greece), after extensive field work (from ~700 to 1900 m) and critical literature review.
The vascular native flora of Mt. Panachaikon comprises 757 taxa, 95 of which are Greek endemics, 79 are Balkan endemics, while 229 taxa are reported here for the first time. The known distribution of the Greek endemics Alyssum montanum subsp. montanum var. graecum, Carum heldreichii, Cirsium heldreichii, Genista milii, Minuartia eurytanica and Seseli parnassicum is expanded, being reported for the first time for the floristic region of Peloponnese, and the number of the known populations of the Near Threatened Gymnospermium altaicum subsp. peloponnesiacum is increased.
The study area appears to have the second highest endemism and the highest one in W. Greece, compared with other mountains of N. Peloponnese and Sterea Ellada, while 22.10% of the endemics are protected and/or evaluated as Near Threatened to Endangered. It also exhibits a rather high proportion of Balkan endemics, in relation to its geographic location, and some genuine arctic-alpine taxa. These indicate that Mt. Panachaikon can be rendered as a plant diversity hotspot in the Peloponnese.
Southern European mountains are considered as areas of remarkably high plant diversity . Especially the mountains of the Mediterranean basin exhibit high speciation rate  and consequently are rich in endemic species [3–5].
Mountains, without doubt, constitute the backbone of the entire Mediterranean region, as they cover ~1.7 million km2 . In fact, Greece has an intense mountainous relief, as more than 50% of its area is covered by mountains .
Greece is considered as one of the most biologically diverse countries of the European continent, since the Greek flora is highly diverse in relation to its size . Among the 1520 taxa included in the two volumes of The Mountain Flora of Greece, 540 taxa are reported for Peloponnese [9, 10]. Peloponnese, a plant diversity hotspot , is rendered as a small “Cape region”  and the Peloponnesian mountains are considered as palaeogeographical refugia for plant taxa . The importance of Peloponnesian endemic plants for the conservation of the Mediterranean and European floras is probably best expressed in that almost 1.6% of the overall Mediterranean vascular plants are endemic to Peloponnese or they are endemic to Greece and occur also in Peloponnese .
Peloponnese is a floristically under-explored region, since, as far as the Peloponnesian high mountains are concerned, only Mt. Killini [14, 15] and Mt. Erimanthos [16–18] can be regarded as floristically well-known. At the moment, there are no adequate data regarding the total number of taxa (endemic or not) occurring in the major mountain massifs (i.e. Mt. Chelmos, Mt. Parnon, Mt. Taygetos) of the Peloponnese. Aiming to contribute to the better knowledge of the Peloponnesian flora, in the present study we thoroughly investigated the native flora of Mt. Panachaikon. The area of the mountain studied was above the altitude of 700 m and includes the NATURA 2000 Network site “Oros Panachaiko” (GR2320007) [19, 20].
Most records of the study area’s flora are from Halàcsy [21–24], Strid  and Strid & Tan [10, 25, 26] and, more recently, from Phitos et al. [27, 28]. Several taxa were also reported by Dafis et al. [19, 20]. Information on some endemic taxa occurring in the study area is given by Tan & Iatrou . Nevertheless, our knowledge of Mt. Panachaikon flora cannot be rendered as sufficient, as these records are fragmentary; thus, we believe that the present study can be considered as a fundamental contribution to the knowledge of Mt. Panachaikon flora, as well as to that of the Peloponnesian mountain flora. More specifically, we address the question: is Mt. Panachaikon indeed poor in endemic taxa and can it be rendered as a plant diversity hotspot in the Peloponnese?
The vascular native flora of Mt. Panachaikon comprises 757 taxa, belonging to 370 genera and 90 families (Table 1).
The literature survey revealed 528 bibliographical records for the study area [9, 10, 19–29], in which 229 taxa were not recorded previously on Mt. Panachaikon (see Additional file 1). In total, 95 taxa are Greek endemics. New records for the study area include 14 Greek endemics and 19 Balkan endemics.
The most species-rich families of Mt. Panachaikon native flora are the Asteraceae (119 taxa), followed by the Poaceae and the Fabaceae (71 and 66 taxa, respectively). These three families account for more than one third of the total native flora (~34%).
Concerning the life forms (Table 2), hemicryptophytes dominate, followed by therophytes, geophytes, phanerophytes and chamaephytes.
The native flora of the area belongs to 15 main chorological groups (Table 3). The Mediterranean chorological group predominates; within this group, the Eurymediterranean element is dominant. The other chorological groups are represented with lower percentages.
Balkan chorological group
A considerable portion of Mt. Panachaikon native flora is of Balkan origin (79 taxa; 10.43%). The vast majority of these elements do not expand beyond the Balkan Peninsula (53 taxa); 15 of the remaining taxa originate from Anatolia (all being widely distributed in Greece) and 11 taxa are also found in the circum-Adriatic countries.
On Mt. Panachaikon, 95 endemic taxa were found, belonging to 26 families and 66 genera, making up 12.55% of its native flora. Families rich in endemic taxa in absolute numbers are the Caryophyllaceae and the Brassicaceae (Table 4), having a proportion of endemism (27.45%, and 30.55%, respectively) higher than that of the total native flora (12.55%).
The majority (64.21%) of the endemic taxa found on Mt. Panachaikon distribute to three or more floristic regions, followed by those found in the floristic regions of Sterea Ellada and/or Peloponnese (see Additional file 2). Among the 95 Greek endemic taxa, Alyssum montanum subsp. montanum var. graecum, Carum heldreichii, Genista milii, Cirsium heldreichii, Minuartia eurytanica and Seseli parnassicum are the most interesting members of this chorological group as they are found for the first time, not only on Mt. Panachaikon, but also in the floristic region of Peloponnese. In fact, until recently Carum heldreichii was thought to occur only in the floristic region of Sterea Ellada and Seseli parnassicum only in the floristic regions of Sterea Ellada and South Pindos. Additionally, Alyssum montanum subsp. montanum var. graecum and Genista milli were thought to occur only in the floristic regions of Sterea Ellada and the West Aegean islands, with Genista milli presenting its southernmost populations at Mt. Vardousia .
A very interesting record is that of the Peloponnesian endemic taxon Gymnospermium altaicum subsp. peloponnesiacum, which is evaluated as Near Threatened ; Mt. Panachaikon harbours the northernmost populations of this taxon within its total distribution range and we have discovered additional sub-populations, to the already known [29, 31, 32] occurring in the mountain, which are much larger in size. More specifically, we have recorded ~4000 individuals of Gymnospermium altaicum subsp. peloponnesiacum from five new localities in the study area.
In total, 45 out of 95 endemic taxa are under some protection and/or extinction risk status (see Additional file 2). More specifically, Ophrys argolica is included in the CITES Convention  and in the European Council Directive 92/43/EEC , three taxa are included in the Bern Convention , 19 taxa in the Greek Presidential Decree 67/1981 , 43 taxa in the IUCN Red Lists [37–39], three taxa in the European Red List of Vascular Plants  and finally four taxa in the Red Data Books of Rare and Threatened Plants of Greece [27, 28]. It must be noticed, that the protected taxa as well as those evaluated as Near Threatened or Vulnerable correspond to 22.10% (21 taxa) of the study area’s endemic flora.
Arctic-Alpine taxa and other records
The three widespread arctic-alpine taxa, already known from the study area, were found growing on siliceous soils at 1500–1700 m, on the above the tree line grasslands (Luzula spicata and Phleum alpinum) and rock crevices (Saxifraga adscendens subsp. parnassica).
It must also be mentioned, that the non endemic taxa Silene roemeri and Vicia canescens are reported for the first time from the floristic region of Peloponnese, thus expanding their distribution areas.
The floristic character of Mt. Panachaikon is probably altered, as a result of the strong human impacts present in the study area; the intense grazing regime, the road construction works, as well as the close proximity to a large city (Patras) could explain the high amount of Cosmopolitan elements (7.93%). However, the predominance of the Mediterranean chorological group (45.18%) highlights the geographical position and the climatic characteristics of the study area; the predominance of hemicryptophytes (41.74%) indicates the intense mountainous character of the flora, while the high percentage of therophytes (28.27%) reflects its Mediterranean character.
The most species-rich genera in Peloponnese are Trifolium, Silene, Allium, Ranunculus, Galium, Euphorbia and Astragalus . This pattern also seems to be true in the study area, although with some modifications (Crepis and Veronica are more abundant than Galium).
Previous studies suggested that the representation of the Balkan endemic chorological group gradually decreases in Sterea Ellada and the Peloponnese, whilst in Crete it is represented at a minimal scale . Our results are in accordance with Strid , as on Mt. Panachaikon the Balkan chorological group is represented with higher percentage than on Mt. Erimanthos [17, 18] or on Mt. Killini , two mountains located at lower latitudes than the study area and with lower percentage than on other Greek mountains located at higher latitudes, i.e. Mt. Iti  and Mt. Timfristos . Regarding the Balkan-Italian element, our findings support Strid , indicating a decreased representation in southern parts of Greece, since connections between the Greek and Italian mountain floras clearly follow a northern, Adriatic route. As for the Balkan-Anatolian element, our results are in accordance with Strid , indicating a strong decrase in its representation towards Peloponnese.
A similar trend is observed in the arctic-alpine elements in the Scardo-Pindhic mountain system, where according to Stevanović et al. , their number sharply decreases in a southward direction. Strictly arctic-alpine taxa are rare in Greece, and generally restricted to some of the highest mountain tops in the northern parts of the country . Relatively few arctic-alpine taxa occur above 1500 m on all the high mountains of N. Peloponnese and this phenomenon is attributed to the unfavorable survival conditions of the arctic-alpine flora on those mountains, to the absence of strong glaciation during the Pleistocene, as well as to their distance from the main centers of Balkan glacial flora . Nevertheless, the representation of this chorological group on Mt. Panachaikon is rendered significant, given the study area’s relatively low altitude, geographical location and geological composition, since according to Stevanović et al. , siliceous or predominantly siliceous mountains have more arctic-alpine taxa than limestone or predominantly limestone ones. The three arctic-alpine taxa occuring in the study area were found on siliceous soils derived from the selective solution and outwashing (due to high precipitation) of the carbonate part of the limestone substrate, as a result of the extremely rapid weathering and erosional processes  occurring in the high altitudes where these taxa are found. The number of the Balkan endemic and arctic-alpine taxa decreases in a north to south axis in Greece, while a reverse trend is observed for the Greek endemics . Thus, the proportion of Balkan endemics to Greek endemics found on Mt. Panachaikon is reasonable to be quite high (1:1.2), since the study area is located almost in the middle of this axis.
According to Tan & Iatrou , 2960 taxa are found in the Peloponnese, 355 of which are considered endemics (12%). Peloponnesian mountains maintain higher endemic species richness compared to lowland areas ; Mt. Panachaikon hosts 95 endemic taxa (12.55%), nearly three times the taxa Methana peninsula hosts (35 taxa) . The high proportion of endemic taxa of Caryophyllaceae (27.45%) and Brassicaceae (30.55%) agrees with the trend observed in the whole Greek endemic flora . The total number of endemic taxa present in the study area is high compared to the total, especially when one takes into consideration the relatively low altitude of Mt. Panachaikon (1926 m), its geographic position (close proximity to a large city and on the edge of two floristic regions of Greece, namely Peloponnese and Sterea Ellada) and the intensity of the human-induced disturbance. Furthermore, compared to the levels of endemism in Mt. Erimanthos (9.39%) [17, 18], Mt. Killini (13.20%) , Mt. Timfristos (7.48%) , Mt. Vardousia (9.40%) [30, 49], Mt. Iti (6.70%)  and Mt. Elikon (9.16%) , mountains neighbouring Panachaikon with larger size and higher altitudes (except Mt. Elikon, 1748 m), the level of endemism in the study area is remarkably high and actually appears to be the second highest among the examined mountains (Table 5); apparently, it is the highest in western Greece. Thus, Mt. Panachaikon constistutes an endemic hotspot in Peloponnese and this finding complements the analysis of Trigas et al. , according to which the N. Peloponnese mountains (Mt. Killini, Mt. Chelmos and secondarily Mt. Erimanthos) represent an endemic hotspot in this region. The new data presented herein, could lead to the inclusion of Mt. Panachaikon in the priority conservation areas in Peloponnese, as proposed by Trigas et al. .
The existence of biregional endemics is a good indication of phytogeographical connections between regions ; consequently, nearly one fifth (18 taxa) of the endemic taxa present in the study area provide valuable information regarding its phytogeographical position. As it was expected, Mt. Panachaikon shows higher affinities with the floristic region of Sterea Ellada, since, according to Georghiou & Delipetrou , the floristic region of Peloponnese is chorologically closer connected to the floristic region of Sterea Ellada than any other floristic region and according to Strid , the Gulf of Corinth scarcely appears as a phytogeographical barrier at all. Our results concur with the above mentioned findings, since 15 biregional endemics present on Mt. Panachaikon occur exclusively in the floristic regions of the Peloponnese and Sterea Ellada.
Mt. Panachaikon despite its relatively small size and low altitude, is characterised by a unique flora, even though it lies near a weak biogeographical barrier and has suffered from intense human impacts; it demonstrates a high level of endemism and has a rather strong “Peloponnesian” character, as 16 taxa are found exclusively in the floristic region of Peloponnese and it appears to be a meeting point of several migration routes of different directions. This phenomenon is apparent, since Mt. Panachaikon harbours the northernmost populations of Gymnospermium altaicum subsp. peloponnesiacum and the southernmost populations of Allysum montanum subsp. montanum var. graecum, Carum heldreichii, Genista milii, Cirsium heldreichii, Minuartia eurytanica, Seseli parnassicum, Silene roemeri and Vicia canescens.
Finally, among the endemic taxa present on Mt. Panachaikon, 10 are considered to be at extinction risk (the Vulnerable Erodium chrysanthum, Ophrys argolica and Peucedanum achaicum, the Rare Arabis subflava, Arenaria guicciardii, Dianthus androsaceus, Genista milli, Scutellaria rupestris and Seseli parnasicum and the Near Threatened Gymnospermium altaicum subsp. peloponnesiacum). New records of sub-populations for the Near Threatened taxon Gymnospermium altaicum subsp. peloponnesiacum, enhance the need of an extensive research for all taxa considered to be under an extinction risk status. For all these taxa, their population trend is unknown and no conservation measures have been taken for their protection. Therefore, it is necessary to estimate and monitor their population size and dynamics, in order to effectively protect them.
Mt. Panachaikon is located at the northwestern part of the floristic region of Peloponnese, east-southeast of the city of Patras (Figure 1). It is characterized by a multifarious relief with many different inclinations and exposures and has numerous peaks, the highest being Voidias (1926 m). Geotectonically, Mt. Panachaikon constitutes a representative part of the Olonos-Pindhos geotectonic zone [51–53]. It is characterized by a variety of geological substrates and soil types, comprising sediments of the alpine orogenetic belt (limestones, schists, flysh rocks and radiolarites) that are strongly fractured, as well as Pliocene and Quaternary formations of alternating layered sediments (marls, clays, conglometates, gravel). Numerous gorges and streams interrupt the latter formations and control the study area’s hydrological conditions .
Mt. Panachaikon belongs to the humid bioclimatic zone with a severe to cold winter and has a bioclimatic character of weak mid-Mediterranean to sub-Mediterranean type at higher altitudes [55–58]. The biologically arid days at lower altitudes during the summer season are 40–75 and at higher altitudes 0–40. The coldest month’s mean temperature is 3°C. At the western and southwestern parts of Mt. Panachaikon, the annual precipitation exceeds 1500 mm, while at the rest mountain parts it ranges from 1350 mm to 1500 mm .
Floristic inventory & evaluation
Several collection and field observation trips to the study area were performed between spring 2008 and autumn 2012, within the framework of the first author’s PhD thesis, in order to acquire an integrated knowledge of Mt. Panachaikon flora and vegetation. In total, we have spent 92 days in the field and visited 452 different collection sites at altitudes ranging from ~700 m to 1900 m, covering all habitat and soil types present on the study area; the sites reported by Laliotis in 2001 (unpublished data) were revisited and re-sampled. Herbarium specimens are deposited at the Botanical Museum of the University of Patras (UPA). Plant identification is according to Tutin et al. , Strid  and Strid & Tan [10, 25, 26]. Plant nomenclature is according to Greuter et al.  and Greuter & Raab-Straube . For family delimitation, we followed APG III . The nomenclature, status and geographical distribution in the floristic regions of Greece of the endemic taxa are based on Tan & Iatrou  and Georgiou & Delipetrou . We have excluded from the flora list and floristic analysis the alien taxa occurring in the study area; their alien status was determined according to Arianoutsou et al. . The status of the arctic-alpine taxa present on Mt. Panachaikon is according to Stevanović et al. . The protection status of Mt. Panachaikon endemic taxa is according to CITES , Bern Convention , Hellenic Official Government Gazette  and The Council of the European Communities . The extinction risk status of Mt. Panachaikon endemic taxa is according to IUCN [37, 38], Walter & Gillett , Phitos et al. [25, 26] and Bilz et al. . The life form categories follow Raunkiaer , while Pignatti’s  classification was used for the chorological analysis.
IK, forester, MSc, is a PhD candidate interested in plant systematics, biogeography and ecology, targeting his research on conservation, remote sensing, monitoring and management of terrestrial ecosystems.
GD, forester, PhD, is a research associate at the University of Patras, working on subjects of plant systematics, ecology, conservation and biogeography.
KK, biologist, MSc, is a PhD candidate with a keen interest in the biogeography and plant diversity of the South Aegean Volcanic Arc and the Aegean Islands, as well as in the local drivers of diversity regarding different types of habitat islands.
IL, biologist, MSc, is an active field botanist and a biology high school teacher, with interest in botany, plant taxonomy, ecology and biogeography.
TG is a Professor Emeritus at the University of Patras, working for many years on subjects relative with the Greek flora and vegetation, plant systematics, ecology, management and conservation of terrestrial ecosystems.
AT is an Assistant Professor at the University of Patras, working for many years on subjects relative with the Greek flora and has special interest on plant taxonomy, as well as on the monitoring, management and conservation of land and wetland ecosystems.
Väre H, Lampinen C, Humphries C, Williams P: Taxonomic diversity of vascular plants in the European alpine areas. In Alpine biodiversity in Europe. Edited by: Nagy L, Grabherr G, Körner C, Thompson DBA. Berlin: Springer-Verlag; 2003:133–148.
Martín-Bravo S, Valcárcel V, Vargas P, Luceño M: Geographical speciation related to Pleistocene range shifts in the western Mediterranean mountains ( Reseda sect. Glaucoreseda , Resedaceae). Taxon 2010, 59: 466–482.
Gómez-Campo C: The Iberian Peninsula. Plant conservation in the Mediterranean area. Dordrecht: Junk Publishers; 1985.
Sainz H, Moreno Saiz JC: Flora vascular endémica española. In La diversidad biológica de Espańa. Edited by: Pineda FD, de Miguel JM, Casado MA, Montalvo J. Madrid: Pearson; 2002:175–195.
Nagy L, Grabherr G, Körner C, Thompson DBA: Alpine biodiversity in Europe. Berlin: Springer-Verlag; 2003.
Vogiatzakis I: Mediterranean mountain environments. Chichester: Wiley-Blackwell; 2012.
Regato P, Salman R: Mediterranean mountains in a changing world; Guidelines for developing action plans. Malaga: IUCN Center for Mediterranean Cooperation; 2008.
Georghiou K, Delipetrou P: Patterns and traits of the endemic plants of Greece. Bot J Linn Soc 2010, 162: 130–422. 10.1111/j.1095-8339.2010.01025.x
Strid A: Mountain flora of Greece. Volume 1. Cambridge: Cambridge University Press; 1986.
Strid A, Tan K: Mountain flora of Greece. Volume 2. Edinburgh: Edinburgh University Press; 1991.
Médail F, Quézel P: Biodiversity hotspots in the Mediterranean Basin: setting global conservation priorities. Conserv Biol 1999, 13: 1510–1513. 10.1046/j.1523-1739.1999.98467.x
Trigas P, Tsiftsis S, Tsiripidis I, Iatrou G: Distribution patterns and conservation perspectives of the endemic flora of Peloponnese (Greece). Folia Geobot 2012, 47: 421–439. 10.1007/s12224-012-9130-4
Médail F, Diadema K: Glacial refugia influence plant diversity patterns in the Mediterranean Basin. J Biogeogr 2009, 36: 1333–1345. 10.1111/j.1365-2699.2008.02051.x
Dimopoulos P, Georgiadis T: Floristic and phytogeographical analysis of Mount Killini (NE Peloponissos, Greece). Phyton 1992, 32: 283–305.
Dimopoulos P Ph.D thesis (in Greek, with English summary). In Floristic and phytosociological research of Mountain Killini - Ecological approach. University of Patras, Department of Biology; 1993.
Maroulis G, Artelari R: New records to the flora of Mount Erimanthos (NW Peloponnisos, Greece). Fl Medit 2001, 11: 311–331.
Maroulis G, Artelari R: A floristic report from Mount Erimanthos (NW-Peloponnisos, Greece). Fl Medit 2005, 15: 109–120.
Maroulis G PhD Thesis (in Greek, with English summary). In Flora and vegetation of the ecosystems of Mt. Erimanthos (NW Peloponnisos). Patras: University of Patras, Department of Biology; 2003.
Dafis S, Papastergiadou E, Georghiou K, Babalonas D, Georgiadis T, Papageorgiou M, Lazaridou T, Tsiaoussi B: Directive 92/42/EEC The Greek Habitat Project NATURA 2000: An overview. Thessaloniki: The Goulandris Natural History Museum - Greek Biotope/Wetland Center; 1996.
Dafis S, Papastergiadou E, Lazaridou T, Tsiafouli M: Technical Guide of Identification, Description and Mapping of Habitat Types of Greece (in Greek). Thessaloniki: Greek Biotope/Wetland Centre; 2001.
Halácsy EV: Botanische Ergebnisse einer im Auftrage der Hohen Kaiserl. Akademie der Wissenschaften unternommenen Forschungsreise in Griechenland. IV. Beitrag zur Flora von Achaia und Arcadien. Kaiserl Akad Wiss. Wien, Math.-Naturwiss Kl, Denkschr 1894, 61: 487–535.
Halàcsy EV: Conspectus Flora Graecae, Vols 1, 2, 3. Lipsiae: Sumptibus Guilelmi Engelmann; 1900–1904.
Halàcsy EV: Supplementum Conspectus Florae Graecae. Lipsiae: Sumptibus Guilelmi Engelmann; 1908a.
Halàcsy EV: Supplementum secundum Conspectus Florae Graecae. Lapok: Magyar Bot; 1908b.
Strid A, Tan K: Flora Hellenica. Volume 1. Koenigstein: Koeltz Scientific Books; 1997.
Strid A, Tan K: Flora Hellenica. Volume 2. Koenigstein: Koeltz Scientific Books; 2002.
Phitos D, Strid A, Snogerup S, Greuter W: The Red Data Book of rare and threatened plants of Greece. Athens: WWF; 1995.
Phitos D, Constantinidis T, Kamari G: The Red Data Book of Rare and Threatened Plants of Greece, vol. 1 (A-D) & vol.2 (E-Z), (in Greek). Patras: Hellenic Botanical Society; 2009.
Tan K, Iatrou G: Endemic plants of Greece. The Peloponnese. Copenhagen: Gads Forlag; 2001.
Vlachos A, Georgiadis T, Tiniakou A: Floristic research of the mountains of Sterea Ellas (Central Greece) and their affinities with mountains of Peloponissos. J Biol Res-Thessalon 2009, 12: 193–209.
Phitos D, Kamari G: Gymnospermium altaicum (Pallas) Spach subsp. peloponnesiacum Phitos. In The Red Data Book of Rare and Threatened Plants of Greece. Volume 2 (in Greek). Edited by: Phitos D, Constantinidis T, Kamari G. Patras: Hellenic Botanical Society; 2009:73–74.
Phitos D, Kamari G: Gymnospermium altaicum (Pallas) Spach subsp. odessanum (DC.) E. Mayer & Pulević. In The Red Data Book of rare and threatened plants of Greece. Edited by: Phitos D, Strid A, Snogerup S, Greuter W. Athens: WWF; 1995:302–303.
CITES: Convention on international trade in endangered species of wild fauna and flora. [http://www.cites.org/eng/app/appendices.php]
Council Directive 92/43/EEC of 21 May 1992 on the Conservation of Natural Habitats and of Wild Fauna and Flora [http://eur-lex.europa.eu/legal-content/EN/TXT/?uri=CELEX:31992L0043]
Bern Convention on the Conservation of European Wildlife and Natural Habitats [http://conventions.coe.int/Treaty/Commun/QueVoulezVous.asp?NT=104&CM=8&DF=&CL=ENG]
Gazette HOG: Greek Presidential Decree 67, concerning the protection of wild flora and fauna and the definition of the coordinated procedure and control of their research (in Greek). Athens; 1981.
IUCN: The rare, threatened and endemic plants of Greece. Annales Musei Goulandris 1982, 5: 69–105.
IUCN: The IUCN Red List of Threatened Species. Version 2013.2. [http://www.iucnredlist.org]
Walter KS, Gillett HJ: 1997 IUCN Red List of Threatened Plants. Cambridge: IUCN Publications Services Unit; 1998.
Bilz M, Kell SP, Maxted N, Lansdown RV: European Red List of Vascular Plants. Luxemburg: Publication Office of the European Union; 2011.
Strid A: Endemism and speciation in the Greek flora. In The Davis and Hedge Festschrift. Edited by: Tan K. Edinburgh: Edinburgh University Press; 1989:27–44.
Karetsos G PhD Thesis (in Greek, with English summary). In Ecological and vegetation study of Iti mountain. Patras: University of Patras, Department of Biology; 2002.
Dimitrellos G PhD Thesis (in Greek, with English summary). In Geobotanical research of Mt. Timfristos (NW Sterea Ellas, Greece). Patras: University of Patras, Department of Biology; 2006.
Strid A: The Greek mountain flora, with special reference to the Central European element. Bocconea 1995, 5: 99–112.
Strid A: The mountain flora of Greece with special reference to the Anatolian element. P Roy Soc Edinb B 1986, 89B: 59–68.
Stevanović V, Vukojičić S, Šinžar-Sekulić J, Lazarević M, Tomović G, Tan K: Distribution and diversity of Arctic-Alpine species in the Balkans. Plant Syst Evol 2009, 283: 219–235. 10.1007/s00606-009-0230-4
Mitsios I: Edaphology (in Greek). Athens: Zymel; 1999.
Kougioumoutzis K, Tiniakou A, Georgiadis T, Georgiou O: Contribution to the flora of the South Aegean Volcanic Arc: Methana Peninsula (Saronic Gulf, Greece). Edinb J Bot 2012, 69: 53–81. 10.1017/S0960428611000394
Vlachos A PhD Thesis (in Greek, with English summary). In Flora, vegetation and ecology of the mountainous complex of Vardousia. Patras: University of Patras, Department of Biology; 2006.
Kokmotos E PhD Thesis (in Greek, with English summary). In Floristic and phytosociological research of Boeotia mountains (Elikon – Xerovouni – Neraidolakkoma) comparative exploration and ecological approach. Patras: University of Patras, Department of Biology; 2008.
IGME: Geological map of Greece 1:500,000. Athens: IGME; 1983.
Mountrakis D: Geology of Greece (in Greek). Thessaloniki: University Studio Press; 1985.
Katsikatsos G: Geology of Greece (in Greek). Athens: Educational Books Publishing Organization; 1992.
Voudouris K PhD Thesis (in Greek). In Hydrogeological conditions of the NW part of the Prefecture of Achaia. Patras: University of Patras, Department of Geology; 1995.
Mavromatis G: Bioclimate of Greece. Climate and natural vegetation interactions. Bioclimatic maps (in Greek). Forest Res 1980, 1: 1–63.
Kotini-Zambaka S: Contribution to the study of the climate of Greece – Normal monthly weather (in Greek). Athens: Academy of Athens; 1983.
Lienau C: Griechenland. Geographie eines Staates der Europäischen Südperipherie. Darmstadt: Wissenschaftliche Buchgesellschaft; 1989.
Masterplan for the water resources management of Greece (in Greek) [http://itia.ntua.gr/getfile/571/1/documents/2003-main_report.pdf]
Tutin TG, Heywood VH, Burges NA, Moore DM, Valentine DH, Walters SM, Webb DA: Flora Europaea. Volume 1–5. Cambridge: Cambridge University Press; 1993.
Greuter W, Burdet M, Long G: Med-Checklist Vols 1,3,4. Genève: Conservatoire et Jardin botaniques de la Ville de Genève, Med-Checklist Trust of OPTIMA; 1984–1989.
Greuter W, von Raab-Straube E: Med-Checklist Vol. 2. Palermo, Geneve, Berlin: Optima Secretariat, Med-Checklist Trust of OPTIMA, Euro + Med Plantbase Secretariat; 2008.
APG III (THE ANGIOSPERM PHYLOGENY GROUP): An update of the Angiosperm Phylogeny Group classification for the orders and families of flowering plants: APG III. Bot J Linn Soc 2009, 161: 105–121.
Arianoutsou M, Bazos I, Delipetrou P, Kokkoris Y: The alien flora of Greece: taxonomy, life traits and habitat preferences. Biol Invasions 2010, 12: 3525–3549. 10.1007/s10530-010-9749-0
Raunkiaer C: The life forms of plants and statistical geography. Oxford: Claredon; 1934.
Pignatti S: Flora d' Italia. Bologna: Edagricole; 1982.
The authors would like to thank Dr. Sofia Spanou for her critical editing of the manuscript and Dr. Leonardos Tiniakos for his help and comments regarding the geology of the study area. The authors would also like to thank the reviewers of the manuscript for their useful comments and especially Assist. Prof. Ioannis Tsiripidis for his constructive suggestions, which improved substantially the manuscript.
The authors declare that they have no competing interests.
IK did literature search, data acquisition, analysis and interpretation, figure illustration and was responsible for drafting and writing the final versions of the manuscript. GD did data acquisition, analysis and participated in drafting the final versions of the manuscript. KK did literature search, participated in data analysis and interpretation and participated in drafting the final versions of the manuscript. IL did literature search, data acquisition and analysis. TG and AT conceived the idea of the study and provided further discussions in details and writing final version of the manuscript. All authors read and approved the final manuscript.
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Kokkoris, I., Dimitrellos, G., Kougioumoutzis, K. et al. The native flora of Mountain Panachaikon (Peloponnese, Greece): new records and diversity. J of Biol Res-Thessaloniki 21, 9 (2014). https://doi.org/10.1186/2241-5793-21-9
- Floristic regions
- Greek endemics
- NATURA 2000