|
Why Museums and Systematics are Necessary?
Museums are the repositories for biosystematic information which is
generated by systematics, the science of life and its history.
Living organisms affect humans and their environment in infinite
ways, too numerous to catalog here. So, a single example of the
importance of systematics to biodiversity and the sustainable use
thereof is given.
Consider the local supermarket, where most Americans getting the critical essentials for life. What does one find in these stores?
Lots of fruit and vegetables, and that is just what is in the Produce section.
There are also drugs in the Pharamacy. Then there are also meats, fish, bread, et cetera.
All these foods and drugs found in a supermarker represent products
derived from domesticated biodiversity. That is, plants or animals
that with knowledge man has found a use for. Hence, agriculture is
merely the development and use of domesticated biodiversity. So, what is critical is the knowledge to transform wild biodiversity into useful domesticated
biodiversity.
The beginning of knowledge consists in learning to call things by
their names. - Chinese Proverb
To organize information about organisms, they must first be given
names. The best naming system is one based on scientific
principles. Common names are ok for supermarkets, but under what
name should one file information under about rutabagas? or is it
swedes? or turnips? or Brassica napobrassica, its scientific name?
Systematics is the science of names.
Consider the need to find new drugs to combat diseases. In the
years since pencillin was discovered to be effective against
infectious disease, many new antibiotics have been derived from
molds, like Pencillium, but some pathogenic bacteria have now
become resistant to all of antibiotics.
Where should one look for new drugs, that is, chemicals capable of destroying bacteria? There are more kinds of insects than all other living organisms together. So, searching among the insects is an obvious starting point.
Why not consider flies, the maggots of which thrive in the most putrid
environments imagineable. What defenses do they have against
bacteria that could be modified for human use? Well, unless these
green flies can be identified and named so consistent samples may
collected for analysis no drugs will be found. Fortunately, these
calliphorids (members of the family Calliphoridae) do have names
and are now being actively studied by pharmaceutical companies for
new chemicals to fight diseases.
The essential information about flies as well as identification
services are provided by staff of the natural history museums.
Without these people and natural history collections, the search
for better food, drugs and cleaner environoment would be
impossible.
|