00733nas a2200133   4500008004100000245006700041210006100108300000900169490000600178520033400184100001500518700002200533856004400555       2014                        eng d00aTürkiye'nin Çimeğreltisi [Isoetes L. (Isoetaceae)] türleri0 aTürkiyenin Çimeğreltisi Isoetes L Isoetaceae türleri  a1-130 v13 aIsoetes L. (Isoetaceae) species in Turkey. In this study, it was given detailed information about genus Isoetes L. (Isoetaceae) and its species which live in Turkey. It is also discussed about possible hybridations within Isoetes. A new identification key based on morphological characteristics was prepared for the Turkish taxa.1 aKeskin, M.1 aMusselman, L., J.  uhttps://isoetes.myspecies.info/node/20801794nas a2200265   4500008004100000245007100041210006200112260001200174300001400186490000700200520100900207653002201216653002001238653001201258653001501270653002401285653001501309653001001324653001101334100001601345700001501361700001501376700002001391856011701411       2008                        eng d00aThe genus Isoetes L. (Isoetaceae, Lycophyta) in South-Western Asia0 agenus Isoetes L Isoetaceae Lycophyta in SouthWestern Asia  c2008///  a447 - 4570 v323 aQuillworts or Çim Eǧreltisi, species of the genus Isoetes L. in Turkey and the Levant, are poorly studied despite extensive floristic studies in the region. The Flora of Turkey lists 4 taxa: Isoetes olympica A.Braun (2n = 22), I. histrix Bory var. histrix (2n = 20), I. subinermis (Bory) Cesca & Peruzzi [=I. histrix Bory var. subinermis Durieu (2n = 22)] and I. duriei Bory (2n = ca. 121). An additional species, I. anatolica Prada & Rolleri, was described in 2005 from Bolu province, and we report the first count for this species, 2n = 22. In Syria and Lebanon 2 species are known: I. olympica from a site in Syria and a known but undescribed plant from Akkar province (Lebanon) and adjacent Syria (2n = 22, first count). A preliminary molecular phylogeny for these species is presented; their distribution and cytology are discussed. The taxonomy and nomenclature of the I. histrix and I. duriei groups need considerable further study. The first hybrids for the region are documented. © TÜBİTAK.10aChromosome counts10aÇim eǧreltisi10aLebanon10aMegaspores10aMolecular phylogeny10aQuillworts10aSyria10aTurkey1 aBolin, J.F.1 aBray, R.D.1 aKeskin, M.1 aMusselman, L.J.  uhttp://www.scopus.com/inward/record.url?eid=2-s2.0-77950205998&partnerID=40&md5=4a115f97b98f68919f0545844f4df99d01972nas a2200193   4500008004100000245010800041210006900149260001200218300001400230490000700244520131800251100001801569700001401587700001401601700001501615700001401630700001701644856011701661       2013                        eng d00aMineral element uptake status of endemic Isoetes anatolica prada & Rolleri populations from Bolu-Turkey0 aMineral element uptake status of endemic Isoetes anatolica prada  c2013///  a515 - 5190 v453 aIsoetes genus is commonly known as the "quillworts" and considered to be "fern allies". There are about 200-250 species, with a cosmopolitan distribution but often scarce to rare. Isoetes genus members often grow in extremely sensitive aquatic environments such as temporary ponds, streams and lakes. They are therefore good indicators of environmental quality. Isoetes anatolica Prada & Rolleri is an endemic plant grows on calcareous sediment/soil on the edges of seasonal ponds located in a mountainous area near the southern coast of the Black Sea at 1400 m above sea level at Bolu, Turkey. In this study, mineral element uptake statuses of I. anatolica populations were studied on the background of plant-sediment/soil-water interactions. The study materials were collected from the place where this narrow endemic species only lives in the world (Abant Region, Bolu/Turkey) by using standard methods and plant and sediment/soil mineral element measurements (Al, B, Ca, Cu, Fe, K, Mg, Mn, Na, Ni and Zn) were done. ICP-OES was employed for the measurements during the study. Interrelations between mineral element contents in the sediment/soil, water and plant were discussed. The data revealed that I. anatolica is capable of accumulating considerable amounts of certain mineral elements (B, Ca, Mn and Na).1 aOzyigit, I.I.1 aDogan, I.1 aEskin, B.1 aKeskin, M.1 aDemir, G.1 aYalcin, I.E.  uhttp://www.scopus.com/inward/record.url?eid=2-s2.0-84873472883&partnerID=40&md5=f0b7e3ebc6bd41e008336dcca6a36ffe