Approximately how many pots can be grown in this greenhouse with this pot spacing? The geraniums will be grown in 41?2-inch pots, and the pots will be spaced on 8-inch centers using a diagonal spacing pattern. You will be growing a crop of geraniums in a 28×100-ft. That is 311 more pots than the greenhouse with 1,838 sq.ft. If the bench area could be increased to 2,263 sq.ft., then the number of pots would increase as well: Pots on 14-inch centers = 0.73 pots per sq.ft.Approximately how many pots can be grown in this house? in benches, a poinsettia crop will be grown with pots spaced on 14-inch centers using a square spacing pattern. Pot spacing calculations are used to determine the number of pots that can be grown in a given area.Įxample 2. = 73 pots per 100 sq.ft (same as Figure 1) Approximately how many pots are there (per square foot) when pots are spaced in a square pattern on 14-inch centers? The following examples show how to solve pot-spacing problems.Įxample 1. Much of the information in Figure 1, right, can be determined using a calculator. You can pack more small pots into a given area than large pots using pot-to-pot spacing. As a consequence, you can place 8-inch pots on 10-inch centers, but you cannot place 8-inch pots on 6-inch centers. Thus, for 8-inch pots, the closest spacing possible is 8 inches, which is the same as pot-to-pot spacing. Minimum pot spacing is determined by pot size. inches, and there are 85 pots per 100 sq.ft. For pots spaced on 14-inch centers using a diagonal spacing pattern, each pot occupies 170 sq. inches, and there are 144 pots per 100 sq.ft. For example, when pots are spaced on 10-inch centers using a square spacing pattern, each pot occupies 100 sq. of production area using square or diagonal spacing. with 6-inch diagonal spacing (see Figure 1, right).įigure 1 provides information on the amount of space occupied by one pot (in square inches) and the number of pots per 100 sq.ft. with 6-inch square spacing and 462 pots in 100 sq.ft. For example, a grower can fit 400 pots in 100 sq.ft. Square spacing is the most common pattern used for pots, but growers can place more pots in a defined area with diagonal spacing than with square spacing. ![]() Pots are spaced on a square or diagonal spacing pattern. Pot spacing is expressed in terms of the distance (in inches) between the centers of adjacent pots. ![]() Would allow the leaves of one container to slightly overlap the leaves of adjacent containers. There is a tradeoff between container spacing and plant quality: Closer spacing tends to reduce plant quality (yielding more upright, less bushy plants with thinner branches) but results in a greater number of containers per area of production, whereas greater spacing increases plant quality but yields fewer containers per square foot. Containers are spaced at certain distances to obtain marketable plants and reasonable profits per square foot of production area.
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