Wednesday 25 November 2015

Top 22 Benefits of Trees NFCL PLANTED 500 PLANTS UNDER SUPER VISION OF SHRI R. RAGHAVAN AND APPCB ENGINEER

Top 22 Benefits of Trees NFCL PLANTED 500 PLANTS UNDER SUPER VISION OF SHRI R. RAGHAVAN AND APPCB ENGINEER
Around 200 associates, college students gathered at NFCL play ground for the promotion  of environment, health, safety and quality for better life and  thanks to one and all mainly , Shri R. RAGHAVAN, Shri GVS ANAND, Shri. VK GROVER,ShriVS SUNDER, Shri PC MOHAN, SHRI GVRK RAJU,Shri JK PRASAD ,Shri PHN REDDY, Shri BHSN RAJU AND ASSOCIATES actively participated FOR TREE PLANTAIN  , WE HAVE PLANTED AND ASSURED BY PROVIDING WATER ALL THE SAMPLES SHALL GROW AND CONTINUOUS MONITORING.WILL BE DONE.
 To take initiative for plantation to check the dust concentration into atmosphere.
Ambient Air constitutes various size ranges of solid particles commonly recognized as Particulates or Dust, which are continuously agglomerated and deposited, on various surfaces. The deposited particulate matter is a conglomerate of chemically heterogeneous
Research has shown that plant leaves can act as biological filters, removing large quantities of particles from the urban atmosphere. Stomata are microscopic pores on the underside (abaxial) of the leaf. These allow air into and out of the leaf through which the plant takes in CO2 and lets out O2, and allows water vapor out in the process of transpiration. As air passes through the stomata, most of the airborne particles will not pass through the stomata but will rather eliminated on the leaf’s outer surface due to available moisture.

There is a certain amount of force needed for particles to stick to surface. This amount is greater depending on the size of the particle. Because the airflow through the stomata is not very powerful, only the smaller particles will stick to the bottom surface. The particles on the top surface of the leaves will mainly be from the settling of dust. Because particles settled on upper surface of leave are both coarse and fine particles captured by leave surface because of favourable morphological features of leaves. These particulates remain adhered to plant leaves till these are washed down through rain or artificially.


 
Something about NFCL  step HAS BEEN  taken towards Environment protection 4 lakhs plant grown in Saline soil.
The Green Belt at NFCL, Kakinada, had to be established overcoming a lot of difficulties such as those listed below :

Physiography :

The area consisted of Level to gently sloping coastal plains with pockets of low lands, depressions and waterlogged areas close to the seacoast.  Part of the area was under backwaters connecting the sea during the high tides.

Hydrology :

The borrow pits and depressional areas remained water logged almost throughout the year.  The deteriorated/salt-infested lands also remained water logged for prolonged periods.
Vegetation :

The area in general was devoid of any vegetation except the sand-casted area, which used to have a few ‘Palmyra’ trees.  The waterlogged area towards south-east being highly saline was totally devoid of any vegetation.
Soils :

The soils support very little vegetation and were primarily covered with sparse grass.  The deteriorated soils constituted large continuous flat lands that had degenerated due to high salt infestation and incrustations on the surface.  The sub soils had high concentrations of salts beyond critical limits with electrical conductivity ranging from 10 to 15 umhos per cm.  The available P 205 was very low.

Thus it took stupendous efforts by NFCL to overcome all these natural hindrances and to transform a once highly saline marshy area devoid of any vegetation into lush Green Park.

Presently the Green belt is serving as a Natural Habitat for Flora & Fauna” and the factory and the ecological system developed in the Green belt are existing in ‘Harmony’.

Around 69, 000 plants being planted as mortality replacement due to saline soil profiles, over the period, in order to sustain Green Belt.
Now the No. of plant is more than 4 lakhs .



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