Montgomery, Stephanie C. (author), Martin, Robert J. (author), Guppy, Chris (author), Wright, Graeme C. (author), Tighe, Matthew K. (author), and Agronomy and Soil Science, School of Environmental and Rural Science, University of New England
Format:
Online journal article
Publication Date:
2017-11
Published:
Australia: Science Direct
Location:
Agricultural Communications Documentation Center, Funk Library, University of Illinois Box: 106 Document Number: D10937
9 pages, via online journal, Upland farming in Northwest Cambodia has developed rapidly over the last 20 years, with limitations to the plough based system now apparent, including soil degradation and reductions in yield and profitability. A survey was conducted in order to prioritise the main constraints to production, to aid in future research planning, and to identify potential beneficial modifications to the current system. Three hundred and ninety one farmers were interviewed regarding their current farming system constraints, knowledge of conservation agriculture and their future plans in the Districts of Samlout in Battambang Province and Sala Krau in Pailin Province. Perceived major problems in the farming system were extreme climate events such as droughts and heavy rain, declining crop yields, and cash flow shortages, particularly in the pre-monsoon period. This is a plough based farming system, yet 66% of farmers had heard of conservation agriculture, and 59% wanted to learn more about conservation agriculture practices. Two thirds of farmers were interested in how to grow crops in the post-monsoon dry season on residual soil moisture. The survey highlighted opportunities for farmer education and adoption of farming system modifications to improve productivity and sustainability of the farming system in Northwest Cambodia, and assist with climate change adaptation.
6 pages., (Special Issue from the 17th International Nitrogen Workshop), Via online Journal, Substantial improvements of agricultural systems are necessary to meet the future requirements of humanity.
However, current agricultural knowledge and information systems are generally not well suited to meet the
necessary improvements in productivity and sustainability. For more effective application of research output,
research producers and research consumers should not be considered as separate individuals in the knowledge
chain but as collaborating partners creating synergy. The current paper investigates the relationships between
scientists and stakeholders and identifies approaches to increase the effectiveness of their communication.
On-farm research has proven to be an effective means of improving exploitation of research output at farm level
because it connects all relevant partners in the process. Furthermore, pilot farms can act as an effective platform
for communication and dissemination. Regional networks of pilot farms should be established and connected
across regions
