Comparative Anatomy And Systematics of Twelve Woody Australasian Genera of the Saxifragaceae
Comparative Anatomy And Systematics of Twelve Woody Australasian Genera of the Saxifragaceae
Hils, Matthew Henry, 1955-
The book Comparative Anatomy And Systematics of Twelve Woody Australasian Genera of the Saxifragaceae was written by author Hils, Matthew Henry, 1955- Here you can read free online of Comparative Anatomy And Systematics of Twelve Woody Australasian Genera of the Saxifragaceae book, rate and share your impressions in comments. If you don't know what to write, just answer the question: Why is Comparative Anatomy And Systematics of Twelve Woody Australasian Genera of the Saxifragaceae a good or bad book?
What reading level is Comparative Anatomy And Systematics of Twelve Woody Australasian Genera of the Saxifragaceae book?
To quickly assess the difficulty of the text, read a short excerpt:
The pits are typically oval or elongate and have a minute to small diameter . Im.perforate elements are typically tracheids, although Corokia and Argophyllum possess septate f iber-tracheids and 172 septate fibers. The imperforate cells typically have medium to long length, although Tetracarpaea and Bauera possess short tracheids. Spiral thickenings are typically present in the imiperforate elem^ents and/or the vessel elements of all genera except Donatia . The axial parenchyma is sparse in mos...t genera, although it may be abundant ( Donatia and Anodopetalum ) or absent ( Corokia and Argophyllum ). Axial parenchyma is typically apotracheal diffuse and dif f use-in-aggregates, although paratracheal scanty patterns rarely occur in Bauera , Ixerba, Anopterus , Abrophyllum, and Carpodetus . Xylem ray tissue is typically composed of homocellular uniseriate rays of upright cells and heterocellular bi- to multiseriate rays. Cuttsia also has biseriate homocellular rays, while Bauera , Ixerba and Anopterus also have uniser- iate heterocellular rays.
User Reviews: