Revised edition. This bulletin discusses the cultivation of muscadine grapes in the southern United States. Topics discussed include propagation, pruning and training, soil management, fertilizers, harvesting, common diseases, and varieties.

"Muscadine grapes are indigenous to the southeastern section of the United States, where they grow in greater or less profusion in the wild state. Through careful selection from the wild grapes and scientific breeding there have been developed a considerable number of varieties particularly adapted to the home needs in the Southeast, both as table grapes and as raw material for a variety of food and beverage products. Not being resistant to low winter temperatures they do not thrive in the northern grape districts. Muscadines are relatively resistant to grape diseases and insect pests and do well with a minimum of care, but, like most fruits, respond favorably to good cultural treatment. This bulletin sets forth in nontechnical form the information accumulated by the Department [of Agriculture] over a considerable period of years on muscadine grape varieties, their bleeding, culture, and uses." -- p. ii

Revised edition. "Muscadine grapes, which are native to the southeastern part of the United States, thrive in most soils of that region. They can be grown successfully in the Southeastern States, where American bunch grapes do not thrive. furthermore, they are suitable for home gardens as well as for commercial use. In fact they are perhaps the most satisfactory of all fruits for the home garden in this region. They cannot be grown, hoever, where temperatures as low as 0 °F occur habitually and may be injured at somewhat higher temperatures. Muscadine grapes are relatively uninjured by diseases and insects and produce well with a minimum of care, but they resopnd favorably to the good cultural practices recommended in this bulletin. The varieties described or listed produce fruit suitable for making unfermented juice, wine, jelly, and other culinary products and for eating fresh over a long season." -- p. ii

This bulletin describes how farmers can build a Nichols terrace, which is an improved channel-type terrace. Maintenance suggestions are also provided.

"The turnip aphid is one of the most destructive and widely distributed pests of turnip, mustard, radish, and related crops in the United States. It causes heavy losses to growers of these crops every year, especially in the Southern States. Dust mixtures containing derris, cube, or nicotine, and sprays containing derris or cube, will control the turnip aphid when applied properly. The first application of insecticides should be made when the plants are very small, and additional applications should be made at intervals of 7 to 14 days up to the time of harvest. To provide for effective application of insecticides, the seed of susceptible crops should be planted in drills, with the rows spaced uniformly apart. The following cultural practices aid in the successful production of crops exposed to turnip aphid attack: (1) A well-prepared, fertile seedbed to produce thrifty and rapidly growing plants, (2) planting the seed in drills to permit cultivation, (3) harvesting early to shorten the period of exposure to infestation, (4) destroying crop remnants to eliminate a common sources of infestation to succeeding crops, and (5) applying a nitrogenous fertilizer to stimulate plant growth." -- p. ii

This bulletin discusses the cattle-fever tick and methods for controlling it. Possible methods include dipping, pasture rotation, and arsenical dips. The life history of the tick is also discussed.

This bulletin discusses the cattle-fever tick and methods for controlling it. Possible methods include dipping, pasture rotation, and arsenical dips. The life history of the tick is also discussed.

This bulletin discusses the cattle-fever tick and methods for controlling it. Possible methods include dipping, pasture rotation, and arsenical dips. The life history of the tick is also discussed.

Revised edition. This bulletin discusses the cattle-fever tick and methods for controlling it. Possible methods include dipping, pasture rotation, and arsenical dips. The life history of the tick is also discussed.

Revised edition. This bulletin discusses the cattle-fever tick and methods for controlling it. Possible methods include dipping, pasture rotation, and arsenical dips. The life history of the tick is also discussed.

Revised edition. This bulletin discusses the cattle-fever tick and methods for controlling it. Possible methods include dipping, pasture rotation, and arsenical dips. The life history of the tick is also discussed and instructions for constructing a concrete vat are given.

"Vetch, which has become an important forage crop throughout the Southeastern States, needs protection from the same insect that works such havoc on corn and cotton. This corn earworm, or cotton bollworm, is the most serious pest that growers of vetch have to combat. The caterpillars eat both the foliage and the seed pods, and, if the infestation is heavy, make the crop practically worthless. Vetch intended for a hay crop generally escapes serious injury, as it is cut before the caterpillars are large enough to do much damage. It is recommended that a crop intended for seed be carefully watched and if the insects become numerous an insecticide be applied at once or the vetch cut for hay. Spraying, dusting, the use of poisoned-bran bait, and other control measures are discussed and summarized in this bulletin." -- p. 2

This bulletin discusses diseases which commonly afflict watermelons, including wilt, root-knot, gummy stem blight, ground-rot, anthracnose, stem-end rot, and diseases which primarily develop during transport to markets. Disease control measures are also discussed.

This bulletin discusses the cultivation of muscadine grapes in the southern United States. Topics discussed include propagation, pruning and training, soil management, fertilizers, harvesting, common diseases, and varieties.

Revised edition. This bulletin discusses the cultivation of muscadine grapes in the southern United States. Topics discussed include propagation, pruning and training, soil management, fertilizers, harvesting, common diseases, and varieties.