The document discusses Dacom's agri yield management system which uses sensor data and weather forecasts to optimize crop yields. The system collects input data from sensors monitoring weather conditions and sends alerts to farmers. It also provides disease forecasts to help farmers prevent crop damage from pathogens. Dacom develops its own models and calibrates them with research partners to improve yield management recommendations.

1. Agri Yield Management Use of information technology and sensor systems to optimize yield Alfred Rol, International Key Account Manager

2. DATABANK DACOM SOLUTIONS DACOM INPUT Dacom System and Solutions

4. Rain sensor Wind speed and direction Humidity & temperature Solar radiation sensor Solar powered Weatherstation Wireless radio DACOM INPUT

5. DACOM INPUT Agri weather forecast for any (farming) site in the world

7. Potatoes Phytophthora infestans, Alternaria solani, Sclerotinia Tomatoes Phytophthora infestans, Botrytis cinerea Onions Peronospora d., Botrytis s., Stemphylium b. Cabbage Mycosphaerella brassicola, Albugo candida Lettuce Bremia lactucae Carrots Alternaria dauci, Sclerotinia, Erysiphe, Cercospora Flowerbulbs Botrytis spp. Leek Phytophthora porri, Alternaria porri, Puccinia alli Celery Septoria apiicola Strawberries Botrytis, Sphaerotheca Aspargus Stemphyllium botryosum Grapes Plasmopara viticola, Uncinula necator, Botrytis Appels Venturi inequalis Citrus fruits Alternaria alt., Phyt. palmivora, Phomopsis citri Oil seed rape Sclerotinia Wheat Septoria Mais Grey leafspot Sugarbeets Cercospora, Ramularia Available diseasemodels DACOM OUTPUT

8. Internet DACOM OUTPUT Farm

10. Dacom: Leading in Agri Yield Management DACOM INPUT DACOM OUTPUT