Hydroponic Lettuce – 9 Reasons To Grow Your Own Hydroponic Lettuce
If you’re thinking of growing your very own hydroponic lettuce then you’ve chosen probably the easiest vegetable to grow hydroponically! They are also delicious and you can make some serious money!
Below are some reasons why you should grow hydroponic lettuce as opposed to growing them in the soil.
1. As you’re not growing your lettuce in the soil, you’re not going to have that soil taste that is just so hard to wash out. I’m sure you know what I’m talking about!
2. You will not be passing on any soil borne diseases to your lettuce which is a real problem for many gardeners.
3. You will have no need to eliminate any soil loving pests so you won’t need to invest in any expensive pesticides. As a result your lettuce will remain organic. We all know how slugs always seem to head straight for the lettuce don’t we!
4. Once everything is set up, running costs are around 20% lower with hydroponic lettuce!
5. Maintenance time is reduced! You don’t need to water hydroponic lettuce as all the nutrients are already there and weeding doesn’t exist with hydroponic gardening. In fact all you’ll need to do is pick the lettuce once it’s ready.
6. If you space out planting your initial seeds by 1 week for 4 weeks, you’ll have permanent lettuce yields. The growth phase for lettuce is 4 weeks.
7. You can grow hydroponic lettuce anywhere; rooftop, garden, window ledge, garage, conservatory or bedroom.
8. Hydroponic lettuce tends to grow an average of 40% larger than their soil born brothers. This is due to the fact that you have manipulated the growing environment to be optimal for lettuce. They will also have access to all the nutrients they need.
9. Hydroponic lettuce also grows much faster than other lettuce. This is mainly because the roots don’t need to grow and spread out to find nutrients in the soil. This means money in the bank for you!
Hydroponic Lettuce is delicious and a great hobby if you decide to grow your own. You can use your garden potting shed to help with this. Think about learning how to grow your own Hydroponic Lettuce and we can show you how! Then you can just sit back, watch it grow and enjoy eating it!
Would you like to carry on your plant hybridising throughout the year? You can if you own a small greenhouse. What’s more, many greenhouse grown perennials bloom in far less time than those grown in the garden. To the hybridiser this time is most important.
If you start day lily (hemerocallis) seeds in the greenhouse in November or early December, it is possible to have some of the seedlings flower by August or early September of the following year. The bulk of them will take two years to flower, but garden grown seedlings take a full three years to mature. The iris hybridiser can lop months off maturing time.
There are two methods of planting and caring for seeds of dormant or northern varieties of day lilies. Most of the southern varieties (evergreen) are too tender for harsh northern winters.
With the first method, prepare flats of good soil containing at least one third peat moss. Plant the seeds about one-quarter inch deep. Cover them lightly with soil. Moisten the planting and set it outside to freeze. This is known as stratification. If you want to plant a large number of seeds, stack the planted flats one on top of the other.
After the soil has frozen (about two weeks) bring the planted flats into the cool greenhouse or maybe a garden potting shed. The seeds won’t need light to germinate, but when you notice green blades dotting the surface, (usually a week or two with day lilies), longer with irises, start giving the seedlings light. I have had good success using fluorescent grow lights.
Keep them moist and give them bi-weekly feedings of one-quarter teaspoonful of muriate of potash to a quart of water, along with their regular monthly feeding of an all purpose fertiliser.
Method number two is just fine when you garden in small quarters or when the seeds you are working with may be a bit on the old side.
Fill ice cube trays in your refrigerator about half full of water. When the ice forms, add a few seeds to each cube, then fill with water. With this procedure the seeds will not float on the surface of the water.
Leave them in the trays about a week, then thaw them out and plant in well drained bulb pans or small flats of good soil. This too works well with iris seeds (other than the Louisiana irises).
If you don’t have a greenhouse, try growing some of them under 40-watt fluorescent lights. They should be placed up close to the tubes-four to six inches away if possible.
When danger from frost is past, plant the seedlings in the garden.
If you failed to pollinate your own plants, purchase seeds from one of the specialists. Unless you have excellent stock, you will get superior seeds from them. You’ll be amazed at the array of colour and form you can obtain from one packet of day lily or iris seeds.
Of course, the greenhouse is just made for hybridizing African violets, amaryllis, begonias, geraniums, gloxinias and many other exciting house plants and perennials. In the greenhouse it is possible to provide them with optimum conditions of temperature, moisture, light and space.
10 Reasons To Grow Hydroponic Fruit
Here are some of the major reasons why you ought to grow your own Hydroponic Fruit as opposite to using traditional soil based techniques!
1. There is no requirement to water them! This will of course save you time, but also over or under watering is one of the major mistakes that apprentice gardeners make which can be hurtful to your plant life.
2. Hydroponic fruit grows up to 50% more rapidly than conventional soil developed fruitl This is for the reason that you will have totally manipulated the growing setting to be optimum for what it is you’re growing.
3. You don’t have to possess a garden. So if you have your home in the desert, the arctic or in a jam-packed city centre high-rise block then this is no obstruction.
4. No soil borne bug can be passed on if they are not being grown in soil.
5. No soil living pests will be able to get in the vicinity of your fruit so you will own far improved looking produce! You will as well save money on expensive pesticides.
6. Maintenance time is intensely reduced. There is no requirement to water hydroponic fruit and there is no weeding. In fact all you’ll really need to do is select your fruit once they are ready.
7. The yield is year round. You will forever have access to all the fruit you want. As soon as it’s off season, you will be able to sell your harvest for an improved profit margin.
8. You can grow them anyplace; basement, conservatory, garden, greenhouse, garage, window ledge, corridor or loft.
9. They will grow up up to 40% larger as they will always have access to all the nutrients they call for. You will have made their growing conditions to be ideal for them, they will love it and will be healthier looking as a consequence.
10. You will be able to fit more into your growing trays as the roots don’t grow as big. This is because they don’t need to broaden out to obtain nutrients as they are so readily obtainable.
So if you’re wanting to find out extra regarding growing your own Hydroponic Fruit then you ought to look further into it! Sit out in your summerhouse whilst your fruit grown around you. Growing Hydroponic Fruit is an exhilarating leisure pursuit that you can potentially make a lot of money from!
What Does the Future Hold for Hydroponic Vegetable Gardening?
In modern history, hydroponics has only been around since about the 1930s. It is a relatively new technology, and has grown rapidly since its inception 70 years ago. It began first as an academic exercise and soon grew to be embraced by industry and government.
Hydroponics has found many new applications. It is a very versatile technology, and has a very beneficial use in developing countries as well as high technology space stations. Hydroponic technology can efficiently grow vegetable crops in what was previously unthinkable – from barren desert sand to desalinated ocean water. It thrives in mountainous regions too steep to farm, on rooftops, in small garden and in arctic communities. In areas with high populations where land is expensive, hydroponics can provide high-value specialty crops such as fresh salad greens, herbs and cut flowers.
Agriculture tends to migrate toward higher-technology solutions and more capital-intensive solutions to problems. Hydroponics is highly productive and suitable for automation. However, the future growth of hydroponics depends greatly on the development of systems of production that are cost-effective with those of common agriculture. Many improvements in these technologies such as lighting and plastics, and new cultivars with better pest resistance and disease resistance will yield increased crops yields and reduce costs. Hydroponic greenhouses which can use the ‘waste’ heat from industry could expand in the next few years. Geothermal heat could support large areas of greenhouses in the right locations.
It has been proposed that glass houses located in deserts of the world could one day serve a dual purpose, where antenna could be embedded into the glass to receive energy radiation from an array of energy collectors in space, while at the same time facilitate hydroponic tomato production.
Controlled environmental agriculture and hydroponics may improve if governmental bodies see the desirable effects of hydroponics that merit subsidy for the public good. The benefits may include the conservation of water in regions of scarcity or higher food production in harsh environments. Governmental has supported hydroponics die these reasons in the Middle East.
Another benefit could be the income-producing employment for low income and disadvantaged segments of the population. such employment produces tax revenues as well as personal incomes.
Hydroponics is today a reality. Hydroponic vegetable gardening systems are producing crops where field-grown fresh vegetables are unavailable for much of the year. The development of hydroponics has enhanced the economic well being of many areas in the world.