How to match the grass in the farming area

The sheep is ruminant, eating high-grass, high crude fiber content of pasture, tender and juicy, high crude protein content of forage has a high nutritional value, only scientifically determine the way to plant grass in order to maximize the use of grass The advantages of raising sheep produce good economic benefits.

1. The fiber-grass and grass-grass model refers to the cultivation and utilization of the grass-based sheep-grass model with a high content of crude fiber. This model is suitable for farmers who mainly rely on the cultivation of forage grass to supply the green fodder required for raising sheep. It is all sheep-raising households. A mode that must be given priority. Using this model, based on the use of pasture, a certain amount of crude protein, minerals, etc., should also be added. Planting grass varieties and suitable areas can be selected: King bamboo grass, Mexican corn, Dachshund, Elephant grass, Sudan grass, Festuca arundinacea, Bromegrass, Leymus chinensis, Elymus.

2. The protein-type and grass-grass model is to use the grass-grass sheep-raising pattern based on pasture which has a higher content of crude protein. This model is suitable for areas where wild fodder resources are abundant. Wild forage grasses are mainly herbaceous plants with high crude fiber content. Based on the use of these forage materials, pastures with high protein content are properly planted for supplementation. Planting pasture varieties and suitable areas can be selected: Rumex, S. oleifera, Russian forage, chicory, alfalfa, turfgrass, red clover, white clover, and milk vetch.

3. The combined-type grass-grass model is based on the cultivation of forages with high crude fiber content, and the appropriate cultivation of some grass-seed-grass models with high levels of crude protein content. This model is suitable for feeds that rely mainly on planting pasture for sheep. Farmers. Using this model to raise sheep, because the nutrient content of the forage is more comprehensive, it can reduce the supply of concentrate and have the characteristics of lower cost. Planting grass species can be selected: On the basis of the simultaneous selection of the above-mentioned fiber type and protein type pasture, ryegrass, winter forages, etc. can also be planted for feeding in winter and spring seasons.

4. The improved grass-grass model is to cultivate, fertilize, remove impurities, replant, transplant and other improved measures on barren hillsides or low-grade grasslands to form high-quality pastures. This is the most economical and most convenient grass model. . Due to the generally poor planting conditions in such areas, priority should be given to planting excellent local wild pastures. The highland can be selected for planting drought-tolerant and drought-tolerant varieties such as alfalfa, bromegrass, Elymus, etc.; The embankment can be planted with moisture-tolerant Festuca arundinacea, clover, sedges, Elymus, etc.; Saline-alkali lands can be planted with alfalfa, Lysimachia, Rumex, S. sudanense, Leymus chinensis, Elymus Grass and so on.

Biotechnology Series

Peptone,Yeast extract,L-Glutamine,L-tryptophan,L-alanine,L-aspartic acid,L-methionine,L-threonine,Xanthan gum,Gellan gum,Bovine,serum albumin,Trishydroxymethylaminomethane,IPTG,Sodium pyruvate

Peptone Basic Information
CAS: 73049-73-7
MF: C13H24O4
MW: 244.32726
EINECS: 615-895-9
Mol File: 73049-73-7.mol

Peptone Structure

Peptone,Yeast Extract,L-Glutamine,L-Tryptophan,L-Alanine,L-Aspartic Acid,L-Methionine,L-Threonine,Xanthan Gum,Gellan Gum,Bovine,Serum Albumin,Tris Hydroxymethyl Aminomethane,Iptg,Sodium Pyruvate

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