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International Ag Labs Z-Hume

Chemical Family
Humic Acids

International Ag Labs Z-Hume is most recognized for its residue decomposing abilities using bacteria. As plant material decomposes, lignin accumulates which is an important ingredient of humus. In the process of humification, lignin unites with proteins forming a lignin proteinate complex. This renders the protein very resistant to microbial attack. Thus, nitrogen in humus is retained and only slowly released. Humus itself under-goes slow decomposition so that in well aerated soils receiving normal additions of organic material, its level remains fairly constant. This slow decomposition is of great practical importance. It provides a means whereby nitrogen, as well as simple mineral compounds, can be stored in the soil and release gradually for plant consumption. Z-Hume also serves very productively when applied in furrow with starter fertilizer. Re-establishing microbial activity is important and is exactly what occurs when Z-Hume is applied at planting.

Properties

Physical Form
Liquid

Product families

Applications

Agriculture & Feed — Agricultural Crops
  • Cereals
  • Fodder & Forage
  • Oilseeds
  • Sugar & Starch Crops
  • Vegetables

Product Families

Agrochemicals — Plant Health, Nutrients & Soil Management
  • Fertilizers & Nutrients

Other characteristics

Functions
Fertilizer
Application Technique
Pre-Emergence
Markets
Agriculture & Feed
Technology
Agrochemicals
Applicable Crop
  • Corn
  • Soybean
  • Wheat
Agrochemical Functions
Fertilizer
Agrochemicals Features
Slow Release
Recommended Applications

2 qts/acre; Residue Composition; 6-10 gal/acre 28 or 32% 2 qts/acre Z-Hume 3 lbs/acre Dextrose; In Starter Fertilizer; 4-10 gal/acre Starter Fertilizer 2 qts/acre Z-Hume 3 lbs/acre Dextrose; Broadcast with Nitrogen Solution or Sidedress; 25-50 gal/acre 28 or 32% 2 qts/acre Z-Hume 2-4 gal Thiosul 3 lbs/acre Dextrose

Typically Recommended Crops
  • Corn
  • Soybeans
  • Wheat

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