Brian Wade
Reimagining and implementing responsible agriculture.
Enabled by Anglo American Crop Nutrients.
I am an executive leader of organizations striving to convert innovative ideas into compelling solutions that are valued and adopted by farmers.
My focus is optimizing for resilient, productive, and responsible agri-food production systems.
Articles
Forest Science and Technology
Credit given by authors for enabling new product development of an efficient phosphorus crop nutrient.
Costs of Ammonia Abatement and the Climate Co-Benefits
I co-authored a book chapter to evaluate how the economic benefits from reducing ammonia emissions across Europe.
Nitrogen stabilizer technology cleared for use in European Union
Public announcement after I led the EU registration of a new technology to reduce loss and improve nitrogen fertilizer efficiency.
VIDEOS
Market development opportunities and developments in Africa – Brian Wade, Koch Agronomic Services
Video following my keynote speech at an industry conference in South Africa.
Knowledge Transfer Regarding Enhanced Efficiency Fertilizer
Interview after a presentation of an analytical and visualization device I co-created. It helps identify risk of fertilizer losses and provide opportunity to prevent losses.
PUBLICATIONS
Estimated cost of abating volatilized ammonia from urea by urease inhibitors in the EU.
Jan 1, 2015
A. Sanz-Cobena, A. Vallejo, T. Misselbrook, B. Wade. 2015. Estimated cost of abating volatilized ammonia from urea by urease inhibitors in the EU. In Reis, S. et al (eds.). Costs of Ammonia Abatement and the Climate Co-Benefits. DOI 10.1007/978-94-017-9722-1_1.
Mitigating ammonia volatilization from urea fertilizer with urease inhibitors. An overview of recent research on urease inhibitor effectiveness and feasibility.
B. Wade. 2010. Mitigating ammonia volatilization from urea fertilizer with urease inhibitors. An overview of recent research on urease inhibitor effectiveness and feasibility. Expert Panel on Mitigation of Atmospheric Nitrogen, UNECE Task Force for Reactive Nitrogen TFRN-4. Prague.
'N-sight' technique: a visual and quantitative analysis of urea hydrolysis and ammonia loss from soil.
Jan 1, 2009
S. Blossfeld, B. Wade, C. Watson, R. Laughlin, C. Krause. 2009. ‘N-sight’ technique: a visual and quantitative analysis of urea hydrolysis and ammonia loss from soil. The Proceedings of the International Plant Nutrition Colloquium XVI. UC Davis Department of Plant Sciences. Davis.