What Makes Vegetable Farming SO Profitable!?

What Makes Vegetable Farming SO Profitable!?

Welcome back to Down on the Farm, today on the channel we are going to find out what Makes Vegetable Farming Profitable. Growing or producing vegetables in the midst of the consumers or very close to market is a wonderful farming concept made possible by greenhouse farming technology. However, just because greenhouse farming technology allows profitable vegetable farming or growing of crops near the market doesn’t mean that certain criteria or factors shouldn’t be considered before deciding which crop or seed variety to grow. Before making a decision as to what crops or seed variety to grow in your greenhouse farm, or even an open field farm, these are the factors you should put into consideration if you want profitable vegetable farming.

Yield: The crops or seed variety should have the potential to produce crops at the same or better yield and quality to those already grown. Harvested yield may be much less than potential yield depending on markets and quality factors.Days to Harvest: Choose crops or seed varieties that meet market requirements based on days to harvest. Earliness is a major selection factor for vegetable farming and days to harvest is a critical selection factor for late rainy season and harmattan maturing crops, especially in shorter season areas of the market region. Days to harvest in seed guides are based on the most common planting date and may be considerably longer in cooler periods or shorter in warmer periods. Find out more on What Makes Vegetable Farming Profitable as you finish this video.

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Researchers around the world are testing SWRT membrane technology and great results are being replicated, for instance:
Elawady et al. (2003) showed an18% increase in spinach (Spinacia oleracea L.) yield [29], Awady et al.(2008) reported 141 to 190% increases in tomato (Solanum lycopersicum L.) yields [30], Kavdir et al. (2014) reported a 43% increase in vegetable production and a 238% increase in corn production on irrigated sandy soils after installation of SWRT membranes.