For saving space and soil, this method also has several
other benefits, including no soil-borne diseases, no
weeds to pull and no soil to till, run-of-the-mill side
benefits of soil-less gardening.

Hydroponic Gardening Article

Hydroponics is basically a Greek word which associates the method of growing plants using nutrient solutions, without soil is known as hydroponics. Hydro means water and pono means labor.

Gardening

Does thinking of food laced with toxic pesticides and synthetic compounds kill your appetite? That's what industrial food production has brought to our tables - food that is hampering our health and creating havoc with the environment.

Gardening by Greenhouse

There are some plants that need extra heat, and the climate is just not right. For these occasions, greenhouse gardening is a great way to get what you need.

Flower Bulbs

Hydroponic is the technique of growing flowers, fruits or vegetables in a soilless environment. The practice originated from the Aztecs where they used rafts covered in soil from the lake bottom to plant vegetables

The Environmental

Apparently, we can see how nature is treated these days. It is a sad thing to know that people do not pay attention so much anymore to the environmental problems.

Showing posts with label The process of photosynthesis. Show all posts
Showing posts with label The process of photosynthesis. Show all posts

The physiological

Leaf area, shoot dry weight, specific leaf weight and plant height all increased, but enrichment gave growth increases only up to the visible bud stage. Similarly, while sunflowers gain increased stem thickness, enrichment was not beneficial at the flowering stage although it significantly increased the number of buds on each plant.


Hydroponics Guide

The physiological evidence strongly indicates that most plants have the potential for increased production rates, but the extent of plant response is also dependent upon factors such as temperature, light and nutrition, as well as the level Of C02 in the atmosphere.

Blackman's Law states that the rate of any process which is governed by two or more factors is limited by the factor in least supply. The process of photosynthesis is a classic example of this rule. For example, on an overcast day it is pointless raising the temperature more than 5°C above the night temperature in a controlled greenhouse environment because the low light intensity will limit the rate of photosynthesis. Any additional heat will be without benefit. Conversely, if it is a bright sunny day and the temperature is not raised, then lack of heat may become the limiting factor for photosynthesis.

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