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Powdery and Downy Mildew
Building your own Indoor Grow Room part 2
Building your own Indoor Grow Room part 1
The Benefits of Chelated Micro-nutrients
Is the pH really that important?
Getting Bigger Yields From your Hydroponic Plants
Tips for getting the most out of your nutrients
Millions of dollars lost in hydroponic tomato plant sabotage
Growing Hydroponic Raspberries, part 2
|Cyanobacteria, tea not working, PLEASE HELP!
Ebb and Flow question
Seed germination questions
Green house. Nft and dutch buckets
New guy, strawberry tower
It's Cyanobacteria! Questions about tea!
life of lettuce in dwc question
Northern lights bloom box
eating after using flora series fertilizer
round vs square gullies/channels aeroponics
A Newbie's Plan - Growing an Areca Palm DWC indoors
michrobes failed to stop pythium
Persistant root rot, bennificial bacteria not working
bubbly foam on the reservoir
Newbie here saying hello
Low cost high water pressure protection for RO water filters
Meeting Plant Needs 4-1
Lesson Four -Meeting Plant Needs
Like humans and animals, plants have very specific nutritional and environmental needs that must be met in order for the plant to grow and develop. Both humans and plans must
consume a balanced diet and need protection from harsh environments.
Plants all over the world have adapted to specific environ-
ments. A tomato plant, for instance, is a tropical plant and
thrives in average daytime temperature of 80 F and night-
time temperature of 60 F. When grown in temperatures
outside these parameters a tomato plant may survive, but
not thrive and, if the temperatures are too extreme, the to-
mato plant will die.
Individual species of plants have very specific nutritional
needs that must to be met. These needs may vary through-
out the stages of the plant's growth.
For instance, a tomato plant needs more nitrogen during the vegetative growth stages and less nitrogen during the fruiting stages.
As a compromise to various needs and stages of growth, hydroponic solutions can generally be modified to be suitable for the majority of plants. For best results, it is a good idea to plant crops with similar needs together so the compromise in minimal.
In the soil, organic materials are broken down to release minerals and nutrients. They can then be dissolved in water, taken up by the roots and passed through the stem into the leaves. In hydroponics we provide the minerals a plant needs in a water-soluble form, ready to be taken up by the plant roots. We are therefore able to provide a very exact diet for our plants in the most usable form.
The more precisely a plant's needs are met, the more vigorous its growth will be. When you observe a lush, healthy plant, you can be sure that most or all of it's environmental and nutritional requirements are being met.
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