![]() ![]() Saves on costsīy controlling how much water, nutrients, pesticides and other inputs are used in a hoop house, you save on the costs of production while getting the best yields from the crops. The level of humidity can also be controlled with humidifiers and other methods. For the water in the soil, pipes or sprinklers are used to deliver water to the roots of the plants in the required amounts. ![]() The water management in a hoop house is twofold: in the soil and the humidity inside the hoop house. You’re also in control of the amount of tilling you can do to the soil, the amount and type of fertilizer to add and when to apply it. ![]() With the controlled conditions inside a hoop house, you can also control the soil in terms of the moisture content, the pH, temperature and other aspects. In comparison to the growth of the same plants in the field, you’ll need less effort and costs to determine the growth of the plant in a hoop house. In a hoop house, you have more control on the growth of the plants in terms of their nutrition, growth cycles and other aspects. It does this by shielding the plants from the cold, heat and extreme winds. The primary purpose of hoop houses, greenhouses and other similar structures is to allow for the growth of crops all year round. Some of the uses of a hoop house include the following: If the prevailing conditions require only minimal tweaking, a hoop house is enough. Basically, if you need more crops and in a more corralled environment, the greenhouse is your best bet. These differences determine what kind of structure between the two you’ll choose as per your needs and available resources. On the other hand, if your crop grows through the hot summer and chilly winter, you should go for a greenhouse as it enables you control the conditions inside better due to having electricity running appliances to keep the excessive cold and heat out. If your plan is to have a seasonal crop in the fall or spring and not in the major seasons of summer and winter, a hoop house is the more reasonable option given that it’ll allow you control the conditions in the structure without spending much on it. Beyond a certain size, a hoop house morphs into a greenhouse. Usually, if you need a larger hoop house, you simply take away one wall then create another section of it. Hoop houses tend to be smaller and less connected to other structures or other hoop houses. Essentially, if you want to carry out large scale farming for tender plants such as short and tall tomatoes in a controlled environment, then you should go for a greenhouse and not a hoop house. Space neededįor greenhouses, they can be as large as whole cities depending on the amount of space required and that which is available. This program applies to hoop houses and high tunnels as well. Unlike a greenhouse which needs electricity to keep certain conditions, a hoop house needs little to no electric power to run.īesides that, you can get grants for hoop houses from the Natural Resources Conservation Service (NRCS) through its Environmental Quality Incentives Program. The other aspect making hoop houses less costly is the operational costs. You’ll also need less labor to for the same. This means you’ll need less materials to build them as compared to a greenhouse. First, hoop houses are usually smaller than greenhouses. In terms of the setup and operational costs, you’ll spend much less on a hoop house or high tunnel than a greenhouse. While they mainly work manually, there are cases where electricity is needed in a hoop house to warm it (such as in the winter months). One thing to take note of is that hoop houses tend to be a hybrid between a controlled environment and greenhouse conditions. ![]()
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