Water
Plants, Global Warming and Ecosystem
This piece might invariably become very big, so I decided to make a personal anecdote.
Of course, it has relevance
to Global Warming and the Water Ecosystems.
The first to be effected by the above catastrophe
are our domestic inland fish stock who cannot withstand
temperatures above 84 degrees of Fahrenheit.
Mind you 84 was the highest
temperature recoded in the Nineteen Seventies.
Added to this the algal
bloom that is ably aided by our detergent industry and soap that
percolate into our water bodies, kill our fish stock, right left and center.
Detergents effects the
gills of fish and kill them.
Added to this the toxic
agrochemicals that are dished out at lib without any control complete the
devastation.
For ages my interest was
water plants, not fish.
The Guppy Fish, I keep is my
ready made answer to the mosquito problem.
All the Guppy Fish that
were released by British, imported from Latin America during Malaria
Epidemic cannot withstand the atmospheric degradation, currently.
We always blame British for
our ills but always forget their contribution, especially in education.
If not for them there would
not have been a science stream in
education.
Strangely one cannot find a
healthy batch of Guppies from an aquarium now.
I have an artificial figure
of twenty, as my number for a minimum number of plants that should be in a particular location as an ecosystem,
to call it a biodiversity hot spot.
In that sense, my roof top garden is a hot spot albeit artificial!
In that sense, my roof top garden is a hot spot albeit artificial!
It is 2 (for binary division) and log one (ideally natural log) multiplied.
I counted the number of my
plants by memory and I got stuck at 18.
My memory failing I decided
to count them visually and stuck again at 18.
This is on top of the four
water lilies I have (my latest interest).
Then I decided to
investigate and found the the missing two.
One was barely surviving at
the rim of a basin.
I quickly uprooted it and
transferred it to my fish tank carefully leaving behind a little
strand at its original site.
I made sure the plant had its tiny pot.
This was a tiny plant I cherished a lot.
After period of hibernation (bad weather, too) this tiny plant is now spreading its outgrowths forming a beautiful carpet at the bottom well away from the Vallisneria outgrowths.
This was a tiny plant I cherished a lot.
After period of hibernation (bad weather, too) this tiny plant is now spreading its outgrowths forming a beautiful carpet at the bottom well away from the Vallisneria outgrowths.
Second one which had a
beautiful flower was completely neglected by me.
I divided it, into two
lots and placed them in appropriate pots to grow.
Given time a beautiful flower would bloom!
In the midst of this I found another water plant barely surviving.
It has its rightful place now.
The problem is with the dry weather coming, if I do not water them at least once in three days, they would not survive.
The global is taking its toll right NOW!
Given time a beautiful flower would bloom!
In the midst of this I found another water plant barely surviving.
It has its rightful place now.
The problem is with the dry weather coming, if I do not water them at least once in three days, they would not survive.
The global is taking its toll right NOW!
Now I come to the main
topic of this piece.
It was the Vallisneria Plant.
I could not raise a
reasonable stock of this plant.
I had grown it in a special
plastic container.
It won't spread out from
its tiny pot.
I carefully selected two
outgrowths and placed them in the front center of the tiny fish tank.
The expectation was one will grow to the right (the space available) and the other to the left and placed them in such a way but still connected to the mother plant.
Funnily one went in the direction of right, away from the light source.
It hit the glass and
stopped not knowing to take a 90 degree turn.
Few weeks later it took a 90 degree turn and every week or so (at regular interval), another vegetative growth, sprouts (as it was measuring the length and breath of the tank).
Original stems grow in height while the advancing front looks for space but the whole (total) growth is coordinated by the original stem.
So my conclusion is never put a Vallisneria plant in a pot, let the plant finds it own bearings.
Few weeks later it took a 90 degree turn and every week or so (at regular interval), another vegetative growth, sprouts (as it was measuring the length and breath of the tank).
Original stems grow in height while the advancing front looks for space but the whole (total) growth is coordinated by the original stem.
So my conclusion is never put a Vallisneria plant in a pot, let the plant finds it own bearings.
The other outgrowth never
grew.
The one growing to the
right inhibited it.
I severed it from the
mother plant and placed it halfway between the left corner and the
middle of the fish tank.
After about five days of
dormancy, it sprouted out a new leaf.
I am watching to see which way it
grows.
Right or left.
That will be in my next
piece.
You have to wait!
Its growth is still inhibited (stunted) by the mother plant but has four tiny leaves now.
You have to wait!
Its growth is still inhibited (stunted) by the mother plant but has four tiny leaves now.
Postscript:
Mind
you this is not one year (an annual) of collection.
I can revise the total number to 21 and five out of six varieties of lilies left are not included.
Fifteen (15) years of painful propagation and caring for them.
If I go out on a two weeks holiday and come some will perish or outgrown by others competing for the limited space.
Unlike
human they do not kill each other but localize themselves in their
own nick of the ecosystem, leaving tiny place for the less
aggressive plants.
If you are busy and have limited time, I wonder whether you should try it.
It is far better for the aquarium vendor to visit you at regular interval, if your tank is very big.
Experimenting with a tiny fish tank is more advisable but number of plants in the ecosystem will be limited by the space.