WHY? It all started with a
caudiciform collection that grew too large. I reduced it by
limiting it to one plant
from each family. After some time I found I had discovered
and had been able to get a representative
plant from 95 of these.
Once again I reduced the collection: Firstly, I tried limitation by
Orders, but that only cut it down to 46 plants. So, I reduced it further
to Classes. The Sub-Kingdom TRACHEOBIONTA comprises 17 Classes. My
caudiciform collection contained 11 of these. With the
5 Classes from the Mosses,
I would have the entire kingdom! (Some include the
13 Classes of green algae - I don't).
My former caudiciform collection now forms a special part of the
Garden. More about how plants are divided into groups on
I'm working on a way to keep the plants alive and healthy, and, have
the freedom to leave them unattended for several weeks at a time.
They are divided in to two groups by water needs. Certain bowls contain
special, hidden, interior which allows just the right amount of water up
to the soil. Another system keeps the bottom of the bowls filled with
water to an even level.
t is my belief that plants, in general, benefit from a constant
level of humidity in the soil.
IIn this way they are able
to extend their roots to the levels that suit them best. Maintaining
moisture levels in the capillary root system between watering sessions,
prevents drowning and rotting, often caused by infrequent and heavier
watering. In the wild, moisture is more constant than in pots, and I try
to duplicate this. I am convinced that, ‘a little water often’, is
better than ‘drowning them occasionally’.
Taxonomy systems constantly changes, and recently, DNA sequences of three genes have made it
possible to create a
taxonomy tree, resembling the evolutionary tree. I have used
systems with Classes: Bryophytes:
Cavalier-Smith, 1998. Pteridophytes and Spermatophytes:
The new systems, based on PholyCode,
divides the plants accordantly to DNA code from three
APG is the
main source, and their main groups are clades: Angiosperms: Magnoliids (Gyrocarpus), Monocots
(Stephania, Core Eudicots
(Monolena), Eurosids I
(Kedrostis), Eurosids II
Euasterids I (Fockea) and Euasterids II
Welwitschiales and Ephedrales are now part of Gnetales.