Tomato

Integrated Pest Management (IPM) in tomato crops

Integrated Pest Management (IPM) is of importance in tomato cultivation. Tomatoes are exceptionally susceptible to a range of formidable pests, including aphids, leafminers, mealybugs, caterpillars, plant bugs, spider mites and other pest mites, thrips, and whiteflies, which can swiftly devastate entire fields if left unchecked. Concurrently, bacterial and fungal diseases pose a continuous threat to tomato plants, potentially decimating yields.

IPM emerges as a critical strategy. This approach combines various eco-friendly techniques to manage pests and diseases effectively while minimising the use of synthetic chemical pesticides. By employing practices such as biological control, crop rotation, and careful monitoring, IPM not only preserves the health of tomato crops but also contributes to sustainable and environmentally responsible agriculture.

Bumblebee pollination not only plays a critical role in enhancing fruit set and yield in tomato crops, but also contributes to integrated pest management (IPM) practices. The use of bumblebees contributes to sustainable pest control and promotes the overall health of tomato crops, as it stimulates growers to minimise the use of synthetic pesticides.

Pest monitoring and scouting in tomato crops

Scouting and monitoring are fundamental practices in integrated pest management (IPM) for tomato growers. These proactive approaches involve regular and systematic inspection of crops to identify the presence and severity of pests and diseases. Growers use various techniques, including visual inspections, traps, and modern technologies like remote sensing and digital image analysis, to track potential threats.

Scouting typically begins before planting and continues throughout the growing season, with a focus on early detection. Early identification of pests and diseases allows for timely intervention, reducing the risk of widespread infestations or outbreaks. Monitoring involves recording data on pest and disease populations, their distribution, and environmental conditions. By identifying issues promptly, growers can minimise the impact on crop yield and quality while reducing the environmental footprint associated with chemical treatments.

Pheromone and lures (Pherodis, Lurem-TR, Attracker) in combination with traps (Deltatrap, Funnel Trap) or sticky traps (Horiver) play a crucial role in monitoring and scouting for plant pests in agriculture and horticulture. Rollertraps are used in case large numbers of whiteflies and thrips are present. These tools are designed to attract, capture, and help identify specific pests, allowing growers to assess pest populations and make informed management decisions.

Crop scouting with Natutec Scout

Using a crop scouting tool can lead to more effective, sustainable, and profitable crop production by providing precision pest monitoring and real-time pest detection alerts. Natutec Scout is a crop scouting tool for effective and efficient pest monitoring.

With Natutec Scout you can use your preferred scout method. Record scout observations by mobile phone manually or use the scanner for Horiver sticky cards for automatic detection of pests. The dashboard provides you with a complete overview of your scouting data which can be extended by uploading historical scouting observations. The real-time pest detection alerts let you stay ahead of potential crop damage.

Pollination of tomato crops 

Pollination plays a crucial role in the successful cultivation of tomato crops, enhancing fruit development and overall yield. In protected tomato crops sufficient pollinators are often lacking and therefore need to be compensated with the release of managed pollinators. Due to their structure tomato flowers are not easily pollinated by honeybees, but bumblebees are the perfect fit for effective pollination of the crop. Adequate pollination ensures that the ovaries in the flowers are fertilized with pollen, leading to the formation of healthy fruits. To encourage pollination in tomato crops, growers need to create pollinator-friendly environments, encouraging them to shift from the use of pesticides harmful to bees, to pollinator friendly biological control solutions. Proper pollination not only improves the quantity but also the quality of tomatoes, contributing to sustainable agriculture practices and ensuring a bountiful harvest.