Scientific American Supplement, No. 421, January 26, 1884Various
Science
Scientific American Supplement, No. 421, January 26, 1884
Various
Science -- Periodicals
Sir J.E. Smith, in his "English Flora," after enumerating the virtues
of the hornbeam as a hedge plant, gives it as his opinion that "when
standing by itself and allowed to take its natural form, the hornbeam
makes a much more handsome tree than most people are aware of." Those
who are familiar with the fine specimens which exist at Studley Park
and elsewhere will have no hesitation in confirming Sir J.E. Smith's
statement. The Hornbeam Walk in Richmond Park, from Pembroke Lodge
toward the Ham Gate, will recur to many Southerners as a good instance
of the fitness of the hornbeam for avenues. In the walk in question
there are many fine trees, which afford a thorough and agreeable shade
during the summer months.
[Illustration: CARPINUS VIMINEA.]
In any soil or position the hornbeam will grow readily, except
exceedingly dry or too marshy spots. On chalky hillsides it does not
grow so freely as on clayey plains. Under the latter conditions,
however, the wood is not so good. In mountainous regions the hornbeam
occupies a zone lower than that appropriated by the beech, rarely
ascending more than 1,200 yards above sea level. It is not injured by
frost, and in Germany is often seen fringing the edges of the beech
forests along the bottom of the valleys where the beech would suffer.
Scarcely any tree coppices more vigorously or makes more useful
pollards on dry grass land.
[Illustration: BRANCH OF CARPINUS BETULUS.]
On account of its great toughness the wood of the hornbeam is employed
in engineering work for cogs in machinery. When subjected to vertical
pressure it cannot be completely destroyed; its fibers, instead of
breaking off short, double up like threads, a conclusive proof of its
flexibility and fitness for service in machinery (Laslett's "Timber
and Timber Trees"). According to the same recent authority, the
vertical or crushing strain on cubes of 2 inches average 14.844 tons,
while that on cubes of 1 inch is 3.711 tons.
[Illustration: LEAVES OF CARPINUS BETULUS QUERCOFOLIA.]
Public-domain text, read in full here on John Shaqi.
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