Diversity of Microfungi on Leaves of Araceae in Indonesia
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Be- cause GenBank also deposits sequences of nuclear loci, we constructed a phylogenetic tree of our spe- cies list by phyC as a comparison of previously generated trees..
2 Department of Plant Science & Environmental Ecology Faculty of Resource Science & Technology Universiti Malaysia Sarawak, 94300 Kota Samarahan Sarawak, Malaysia
Stem ascending and rooting; leaf blades cuneate to narrowly rounded at base; petioles scabrid with broken paler striations; spadix elongate hourglass-shaped, appendix clavate,
Bucephalandra micrantha – A: plant in cultivation; B & C: inflorescence at pistillate anthesis, dorsal B and ventral C views; D: inflorescence at staminate anthesis, lower spathe
Spadix exceeding spathe by the time of sta minate anthesis, ca 13 cm long post staminate anthesis, slenderfusiform, narrowing in the lower part of staminate zone coinciding with the
Leaves up to ca 14; individual modules beginning with a conspicuous 2-keeled semi-persistent medium green prophyll; petiole 65 – 75 cm long ⫻ 8 – 13 mm wide, erect to spreading,
Spadix sessile, ca 10 cm long, subcylindric; female zone ca 4 cm long × 1 cm proximally 0.6 cm distally diam., adnate to the spathe in the lower ½, somewhat conic in the free part;
280 The aim of this research was to determine the effectiveness of Sansevieria trifasciata L on the concentration of aerial pathogenic microfungi in the tutorial roomss and identify
