CHAPTER VII.

Cleaning and Grading.

When bulbs are taken up, it is necessary that they should be dried to

some extent before the work of cleaning begins,--the large ones

partially at least, and the small ones wholly, for reasons which will be

explained hereafter.

When large bulbs are dug, the old ones that were planted adhere so

firmly that a good deal of force is required to separate them. For this

reason it is not economy to clean them at once, so we store them in

shallow crates, to the depth of two or three inches, and let them dry.

They can then be filled in to the tops of the crates, which are four

inches deep, and left until a convenient time for cleaning.

In two weeks after they are taken up, the older bulbs can be removed

with a slight effort, but we reserve this work for stormy days. This is

the way it is done: A number two sieve is placed upon a tight bushel

basket, and filled with the bulbs to be cleaned. The old bulbs are taken

off by hand and cast aside, carrying the roots with them, and the

bulblets that still remain fall through the sieve into the basket below.

The cleaned bulbs are dropped into another basket and then stored in

crates to await the time for grading. The bulblets are put away in a

cool, damp place. Bulbs three-fourths of an inch or more in diameter are

cleaned one at a time, as described, but smaller ones are treated

differently. There is much waste matter connected with them, roots, bits

of tops, and soil, and the work of cleaning them is done out of doors on

windy days in order that the trash and dust may be blown away. This

explains why small stock should be thoroughly dried before it is

cleaned. The bulbs are placed on a table or platform where the wind can

have free play, and pulled and twisted by handfuls, until the most of

them are separated from the rubbish. Those that still remain are picked

out, and the trash is pushed off from the table. The bulbs are then put

into a fine sieve and the remaining dust is sifted out. This process

usually brings to light the last remnants of dry roots, leaves, and

husks, and these are disposed of by pouring the bulbs from one bushel

basket to another in the wind. At one time I had this finishing work

done on more than half a million small bulbs with an old-fashioned

fanning mill, and it was done to perfection.

Grading.

After the bulbs are cured and cleaned, the next step is grading, or

separating them into classes according to size. This is absolutely

necessary if the bulbs are to be sold, and almost as much so if they

are to be planted. As to the sizes of the different grades, every grower

seems to be a law unto himself. An effort has been made by the Society

of American Florists to establish a uniform standard of division, and

this will doubtless be accomplished in time. At present the most common

arrangement of numbers and sizes seems to be about as follows:

First size (No. 1) 1-1/2 inches in diameter and up.

Second size (No. 2) 1-1/2 inches in diameter.

Third size (No. 3) 3/4-1 inch in diameter.

Fourth size (No. 4) 1/2-3/4 inch in diameter.

Fifth size (No. 5) all below 1/2 inch.

Numbers one, two, and three are considered regular blooming sizes, and

are bought and sold by seedsmen. Number four bulbs will nearly all

bloom, but they are seldom offered for sale, except to the trade. Number

fives are not supposed to bloom at all, but a few of them will do so.

There is a great difference in varieties in this respect, some blooming

much smaller than others.

Bulbs may be approximately graded by screening them through sieves with

meshes of proper sizes, from an inch and a half down to half an inch,

and this is the most speedy way of doing the work. The necessary

correcting can be done by hand when counting them out for sale or

preparing them for planting.

Crates.

Some allusions to these have been made in the foregoing pages, and it

may be well to preface the subject of keeping the bulbs over winter by

describing the receptacles in which they are stored.

I have used crates of two sizes. The larger ones are three feet by four,

and four inches deep, with bottoms of lath running lengthwise and placed

a quarter of an inch apart. Strips of 1x2-inch stuff are nailed across

the corners, on both top and bottom, exactly opposite each other, so

that they will come together and keep the crates apart for ventilation

when piled one above another. The upper strips also serve as handles by

which to lift the crates. They should be far enough from the corners so

that bulbs can run out between when emptying the crates, and yet not so

far as to make it difficult to take bulbs out from under them with a

shovel. The ends of these corner pieces should be sawed beveling, so as

not to project and be in the way. There is also a 2x2-inch strip nailed

across the middle of the crate on the under side, to support the lath.

The smaller crates are half the size of the others, two feet by three,

and four inches deep. The bottoms are tight, and three-eighths of an

inch thick. The corner pieces are two inches wide and one inch thick. No

strips are needed across the middle underneath.

The smaller crates are preferable for several reasons. First, they can

be handled by one man while the larger ones, when filled, require two.

Second, the tight bottoms prevent any mixing of varieties, which may

happen in using the larger crates by the bulblets dropping through from

one to another. Third, the small crates can be easily and entirely

emptied, while the large ones retain bulblets or very small bulbs in the

spaces between the lath, and when varieties are to be kept separate

these must be carefully picked out. In storing mixed bulbs, or a large

quantity of one variety, the last two objections do not hold, but crates

containing kinds that should be kept pure cannot safely be placed one

above another when the bottoms are slatted. It may be asked why the

large crates are not made with tight bottoms. They have a capacity of

two bushels each, or more, and when filled with damp bulbs fresh from

the ground, they must have bottom ventilation in order to dry their

contents. The small ones, holding only half as much, do not need the

draft from below.

The Gladiolus: A Practical Treatise on the Culture of the Gladiolus · 第 7 / 18 章