Let’s look at a certain situation - over 95% of African fruit growers that I know rely only on rainfall for irrigation (natural irrigation). The result? High-quality low-yield produce. At the same time, the same farmers rely on 'natural pest control' or the 'common commercial pest control' (sprays, traps, and sanitation), for fruit fly control. The result? Low quality and due to high infestation and chemical residues - an inability to export, and often even to sell in the local market. Note that when exporting agriculture products no one asks us about the irrigation protocol. However, the pest control protocols, reports, documents and the outcome results of infestation and chemical residue level are closely monitored. Hence, we conclude that irrigation is not a "prerequisite" for exports while pest control is, and therefore holds the potential for immediate influence on income increase. The Model Package In the previous article (link), we discussed about the benefits of using Models as opposed to the Trial and Error method. I wrote about two essential models for sustainable agriculture (and pest control in general); Model 1 - for better 'understanding' pests, and first and foremost, the mega-pests. Model 2 - to help us create solutions that are more effective and suitable for pest control (based on Model 1). In this article, we will complete our discussion on what other models we need in order to create or establish a sustainable, profitable, export-based agriculture. As we have seen, dealing properly with pests, especially quarantine pests (e.g. fruit flies), is a prerequisite for growing high quality produce suitable for export. If we agree that Export, in all its forms, is a sign for progress, leadership, and continuous prosperity, then we must ask; "what else (in addition to excellent pest control) farmers need to be qualified for exporting?" To answer that question we will divide the above question into two parts, and two more models, in addition to the previous two. In order to maintain sustainable and prosperous agriculture we need to develop at least four basic models. The first two already discussed above and the previous article (link): Model 1: Insect ‘mechanism’ - A model that will allow us to better understand the relevant local pests. Model 2: Insect control - A model that will allow us to develop appropriate tools to effectively deal with those pests. Model 3: Knowledge transfer and adoption - A model enabling farmers' continuous development and improvement in the knowledge and applying level. Model 4: A business model – export-based to maximize the economic potential. |