Search Results

You are looking at 91 - 100 of 4,381 items for :

  • application systems x
  • Refine by Access: User-accessible Content x
Clear All
Full access

Karla M. Addesso, Anthony L. Witcher, and Donna C. Fare

mite controlled-release sachets [Swirskiline Controlled-Release System; Bioline AgroSciences, Little Clacton, UK (formerly Syngenta Bioline, Basel, Switzerland)] to newly transplanted rooted cuttings was as effective as applications made to larger

Free access

Renata Koyama, Adriane Marinho de Assis, Lilian Yukari Yamamoto, Wellington Fernando Borges, Rogério de Sá Borges, Sandra Helena Prudêncio, and Sergio Ruffo Roberto

treatments were tested: 1) control (no application); 2) S -ABA at 200 mg·L −1 at 7 DAV; 3) S -ABA at 400 mg·L −1 at 7 DAV; 4) S -ABA at 200 mg·L −1 at 7 DAV + 200 mg·L −1 at 15 DAFA; and 5) S -ABA at 400 mg·L −1 at 7 DAV + 400 mg·L −1 at 15 DAFA

Open access

S. Alan Walters and Bryan G. Young

control ( A. retroflexus and Amaranthus rudis ) in NT pumpkin production systems compared with combinations of clomazone and ethalfluralin with halosulfuron, which ultimately resulted in higher yields. The cost of PRE herbicide applications in NT

Free access

Kelly T. Morgan, Robert E. Rouse, and Robert C. Ebel

be expected that alleviation of disease symptoms would require a 2-year window to rebuild the root system and canopy before yield would recover. It appears that longer term studies with foliar applications of Mn, Zn, B, and Mg are required with the

Free access

Manuel G. Astacio and Marc W. van Iersel

root conductance and ABA are at times contradictory. Exogenous ABA injection applications (13–53 mg·L −1 ) into a pressure chamber diminished conductance of decapitated soybean ( Glycine max L.) root systems over the course of 3–4 h ( Markhart et al

Open access

Abigail R. Debner, Harlene Hatterman-Valenti, and Fumiomi Takeda

appropriate licensing agreements to avoid violating patent laws. Adventitious root production of one-node dormant hardwood FF blackberry cuttings for use in an annual production system had low success rates regardless of the cultivar, auxin application, rate

Free access

Miguel Urrestarazu, Isidro Morales, Tommaso La Malfa, Ruben Checa, Anderson F. Wamser, and Juan E. Álvaro

frequently used parameters for the practical control of soilless systems (e.g., Gorbe and Calatayud, 2010 ; Hayward and Long, 1943 ; Urrestarazu et al., 2008b ). No information is available on the effect of the time of application of a fertigation volume

Full access

Davie M. Kadyampakeni, Kelly T. Morgan, Arnold W. Schumann, and Peter Nkedi-Kizza

citrus production systems in Australia, Chile, South Africa, and Spain ( Carrasco et al., 2003 ; Kruger et al., 2000a , 2000b ; Martinez-Valero and Fernandez, 2004 ) modified for Florida sandy soils. Thus, knowledge of RLD distribution in response to

Full access

Matthew A. Cutulle, Gregory R. Armel, James T. Brosnan, Dean A. Kopsell, William E. Klingeman, Phillip C. Flanagan, Gregory K. Breeden, Jose J. Vargas, Rebecca Koepke-Hill, and Mark A. Halcomb

); however, selective control of broadleaf weeds in ornamental systems is more difficult. In part, challenges derive in that both broadleaf weeds and many desirable ornamentals are both dicotyledonous species with variable sensitivity to postemergence

Full access

Alberto Pardossi and Luca Incrocci

control system for the management of both irrigation and climate in greenhouse production systems. The application of plant-based IS seems more practical and affordable in greenhouse soilless growing systems, where climate and crop are generally more