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Richard O. Carey, George J. Hochmuth, Christopher J. Martinez, Treavor H. Boyer, Vimala D. Nair, Michael D. Dukes, Gurpal S. Toor, Amy L. Shober, John L. Cisar, Laurie E. Trenholm, and Jerry B. Sartain

, etc.) was dependent on sulfur, polymer content, or both in coated fertilizers. The thickness and nature of polymer-coatings affect N-release properties ( Carrow, 1997 ). Slow-release N sources may reduce clipping yields compared with quick

Open access

Konstantinos G. Batziakas, Shehbaz Singh, Kanwal Ayub, Qing Kang, Jeffrey K. Brecht, Cary L. Rivard, and Eleni D. Pliakoni

) for removing excess water before packaging. Packaging and storage conditions. The modified atmosphere (MA) was established passively using a microporous membrane (OTR ≈5 × 10 6 cc/m 2 /d) with semipermeable polymer coating (BreatheWay) attached over a

Open access

Jacob H. Shreckhise, James S. Owen Jr., Matthew J. Eick, Alexander X. Niemiera, James E. Altland, and Brian E. Jackson

polymer coating. Conclusion Amending pine bark with a combination of 0.89 kg·m −3 micronutrients and 2.97 kg·m −3 dolomite reduced water-extractable OP, TDP, and TP concentrations by 56% to 58% without negatively impacting containerized crape myrtle

Open access

Fernanda Trientini and Paul R. Fisher

% release after 21 d, although label information indicated full release over 3 to 4 months ( Table 1 ). Different patterns of CRF release result from diverse polymer coating types and thickness, as well as different ion diffusion rates for individual salts