Blog

Across many agricultural regions, farmers are facing increasingly severe challenges as drought conditions deepen. With prolonged periods of low rainfall, rising temperatures, and depleted water reserves, crops are under stress like never before, threatening both yields and farm livelihoods.Drought affects plants in multiple ways. Water scarcity reduces photosynthesis, limits nutrient absorption, and stunts growth, resulting in lower productivity. Sensitive crops, such as corn, soybeans, and vegetables, show signs of wilting and leaf scorch, while root development suffers, making plants more vulnerable to pests and disease. In extreme cases, fields may be left barren, directly impacting farm income and food supply.For farmers, the financial and emotional toll is substantial. Irrigation costs rise sharply as water resources become scarce, and even with advanced irrigation systems, some regions cannot meet the demand. Labor, machinery, and other farm inputs continue to accumulate costs, yet the return on investment drops due to diminished yields.To mitigate the impact of drought, many farmers are turning to technology and adaptive strategies. Precision irrigation systems help optimize water use, delivering moisture directly to crop roots with minimal waste. Soil moisture sensors and remote monitoring drones provide real-time data, enabling timely interventions to preserve crop health. Farmers are also exploring drought-resistant crop varieties that can survive harsher conditions and maintain productivity under water stress.Government agencies and agricultural organizations are stepping in as well, offering guidance, subsidies, and drought-relief programs to support farmers during these challenging times. Collaborative efforts, such as sharing water resources and implementing conservation practices, are proving essential to sustain communities and food production.Ultimately, the deepening drought highlights the urgency of resilient farming practices. By integrating modern technology, efficient water management, and adaptive crop strategies, farmers can reduce the stress on their crops and protect their livelihoods. While the season presents formidable challenges, proactive planning and innovation remain the keys to overcoming drought conditions and ensuring a stable agricultural future.

Crops Under Stress as Drought Hits Hard

Corn grains in the hands of a successful farmer, in a background green corn field

As spring reaches its peak in October, farms across Australia enter one of the busiest periods of the year. For farmers, October marks a critical point in the agricultural calendar, with harvests in full swing, crops maturing rapidly, and livestock care demanding extra attention. Here’s what this month looks like for Australian farmers and how they can make the most of it.🌾 Crops at Their Prime October is when many cereal crops — wheat, barley, and oats — reach maturity. Farmers closely monitor the weather to find the perfect window for harvesting. A delay could risk losses from unexpected rain, while harvesting too early may impact grain quality. Timing and preparation become essential for maximizing yield and preserving quality.🚜 Hay and Silage Season Alongside grain harvests, October is peak time for hay and silage production. Farmers cut, bale, and wrap feed to ensure livestock will have high-quality fodder during the dry summer months. Using UV-stabilized silage wrap helps protect nutritional value and prevents spoilage, while high-strength baler twine and net wrap keep bales secure in changing weather conditions.🐄 Livestock Care and Pasture Management Spring pastures grow quickly, providing excellent grazing conditions. Farmers rotate paddocks, maintain fences, and ensure livestock receive proper nutrition before summer heat sets in. October is also an important month for checking water supplies and preparing shade or shelter for the hotter days ahead.🌦 Weather Risks and Farm Planning While October brings growth and opportunity, it also brings challenges. Sudden storms, strong winds, or rising temperatures can affect crops and livestock. Many farmers invest in weather-resistant materials, from silage covers to storage sheds, to protect their harvest and equipment.🧰 Tips for Farmers in October Stock Up Early: Order baler twine, net wrap, and silage wrap ahead of time to avoid delays when demand peaks. Maintain Equipment: Keep tractors, balers, and irrigation systems in top condition to prevent costly breakdowns. Monitor Weather Closely: Plan harvest days around forecasts to avoid rain-damaged crops. Maximize Efficiency: Use high-quality wrapping materials to reduce waste, save time, and preserve feed quality.🌍 Looking Ahead With October setting the pace, farmers prepare for the summer months and the continuation of harvest season through November and beyond. Smart planning, quality equipment, and timely action ensure that Australian farmers can handle the challenges of October and secure a successful season ahead.

October Harvest Season in Australia: A Busy Month for Farmers

Healthy Green Corn Crops in an Agricultural Field

For decades, corn and soybeans have been the backbone of global agriculture, feeding both people and livestock. But in recent years, these versatile crops have taken on entirely new roles, moving far beyond traditional food and feed uses to become essential ingredients in products we encounter every day. From eco-friendly packaging to renewable energy, corn and soy are reshaping industries and driving innovation across the globe.🌽 Corn: Beyond the Dinner Table Corn has always been a dietary staple, but today it serves as a raw material for countless industrial applications. One of the fastest-growing areas is bioplastics — plastics made from renewable sources instead of petroleum. Corn starch is processed into polylactic acid (PLA), a biodegradable plastic now used in food packaging, disposable cutlery, and even 3D printing.Additionally, corn plays a major role in ethanol production, powering vehicles with cleaner-burning biofuel. This not only reduces reliance on fossil fuels but also helps lower greenhouse gas emissions. From personal care products to pharmaceuticals, corn-based derivatives like sorbitol and citric acid appear in toothpaste, vitamin supplements, and cosmetics, proving its versatility in modern manufacturing.🌱 Soy: From Protein to Performance Materials Soybeans have long been prized for their high protein content, feeding both people and livestock. Now, soy is making waves in unexpected places. Soy-based foams and adhesives are increasingly used in furniture, mattresses, and construction materials as sustainable alternatives to petroleum-based products.Soy oil, once primarily used for cooking, has become a key ingredient in bio-lubricants, printing inks, and even tires, where it improves flexibility and reduces petroleum dependence. Automotive companies like Goodyear have introduced soy-based tires, showcasing how agriculture and technology intersect to create greener products.🌍 Driving Sustainability and Innovation The expansion of corn and soy into these new roles reflects a larger shift toward sustainability and circular economies. Consumers and companies alike are demanding products with smaller environmental footprints, and agriculture is providing the raw materials to make it possible.By turning crops into industrial and consumer goods, farmers gain new markets, industries reduce waste, and consumers enjoy eco-friendly alternatives. It’s a win-win for the economy and the environment.🚀 Looking Ahead As research continues, the potential of corn and soy seems limitless. From renewable chemicals to plant-based plastics, the next generation of everyday products may increasingly come from the fields rather than fossil fuels.Corn and soy are no longer just about food — they’re about fueling the future.

How Corn and Soy Are Powering Everyday Products

Rear view of a large tractor with a plow standing in a field.

As harvest season approaches, farmers across the globe are gearing up to maximize efficiency and yield. In today’s modern agriculture, preparing your technology is just as important as preparing your fields. From precision machinery to smart monitoring systems, the right tools can make all the difference during this critical time of year.Harvest is a period of intense activity — crops need to be collected quickly, efficiently, and without loss. Traditional methods can no longer meet the demands of large-scale farming. That’s where technology comes in. Automated harvesters, GPS-guided tractors, and agricultural drones help farmers monitor crop conditions, optimize collection routes, and even detect potential issues before they become problems.One key aspect of preparing technology for harvest is maintenance and calibration. Machines that have been sitting idle since the last season must be thoroughly inspected, lubricated, and tested. Bearings, belts, and cutting mechanisms should be checked, and any software updates installed. Ensuring your equipment is in peak condition prevents downtime and costly repairs during the busiest period of the year.Agricultural drones are becoming indispensable for modern harvest preparation. They provide real-time aerial views of the fields, identify uneven ripening, and even assist in pest and disease monitoring. Farmers can make informed decisions about which areas to prioritize and how to allocate resources effectively.Another critical tool is data-driven farm management software. These platforms integrate information from machinery, sensors, and weather forecasts to help farmers plan harvest schedules, predict yields, and optimize storage and logistics. With accurate data at hand, farmers can reduce waste, improve efficiency, and maximize profitability.Preparing your technology also means training your team. Everyone involved in the harvest must be familiar with the equipment and its software to ensure smooth operations. The combination of well-maintained machines and a knowledgeable team is key to a successful harvest.In summary, prepping your technology for harvest is not just about having the right tools — it’s about ensuring they are ready, reliable, and optimized. By combining smart machinery, drones, and data-driven management, farmers can increase efficiency, reduce losses, and make the most of every crop. As the season kicks off, technology readiness is the ultimate competitive edge for modern agriculture.

Gear Up Your Farm Tech for a Successful Harvest

An agricultural drone sprays crops in the early morning sunlight. Advanced technology in farming, automation, and innovation improving productivity in agriculture.

We’re excited to announce the new product launch of our T&amp;H Agricultural Drones — the next generation of intelligent farming solutions. Designed for spraying, spreading, and real-time field monitoring, these drones bring cutting-edge technology to modern agriculture, making farming smarter, faster, and more efficient.Each drone comes equipped with:<ul><li>Large-Capacity Tanks for fewer refills and longer operation</li><li>Precision Spraying Systems for uniform droplet distribution</li><li>Front &amp; Rear Obstacle Avoidance and Terrain Following for safe and accurate flights</li><li>Intelligent Flow Monitoring to optimize every spray session</li></ul>Our six new models are designed to meet the needs of farms of all sizes:<ul><li>JT10L-404QC: Lightweight 10L drone, covering 5–7 hectares/hour with fast battery swaps.</li><li>JT16L-404HB: Efficient 16L model for smaller farms, 8–10 hectares/hour coverage.</li><li>JT20L-404: Reliable mid-size 20L drone, spraying up to 11 hectares/hour.</li><li>JT30L-606: 30L capacity, ideal for medium and large farms, covering 12–15 hectares/hour.</li><li>JT40L-404: High-performance 40L drone, 16–18 hectares/hour with 10–12m spray width.</li><li>JT50L-404: The largest 50L model, delivering up to 20 hectares/hour for large-scale plantations. With quick charging times (as fast as 13 minutes), high efficiency, and versatile terrain compatibility, our drones help farmers save labor costs, reduce time, and increase crop yields — all while supporting sustainable farming practices.</li></ul>This new product launch marks a big step forward for agriculture, bringing precision and innovation directly to your fields.

New Product Launch: T&H Agricultural Drones

Fastening and connecting HDPE pipes with a fitting. A man installs an automatic drip irrigation system for his garden

Drip irrigation is a highly efficient method of watering plants, allowing water to be delivered directly to the root zone where it’s needed most. However, one common question among users is: how long should I run my drip irrigation system?Generally, drip irrigation should be run for 10 to 30 minutes per session on watering days. This timeframe typically provides enough water for most plants without causing overwatering or water waste. However, the exact duration depends on several important factors: the type of drippers used, the soil type, the climate, and the specific plants being watered.1. Dripper Flow Rate Drippers, or emitters, come in different flow rates—commonly 1 L/h, 2 L/h, or 4 L/h. High-flow emitters deliver more water in less time, meaning they require shorter run times. On the other hand, low-flow emitters release water slowly and will need to be run longer to provide the same volume. It’s important to know the flow rate of your emitters to adjust your watering schedule accordingly.2. Soil Type Soil structure plays a key role in how water is absorbed. Sandy soil drains quickly and may require more frequent watering but for shorter periods. Clay soil holds water for longer but absorbs it more slowly, meaning drip irrigation should run for a longer duration at a slower rate. Loamy soil, being well-balanced, responds well to moderate and consistent watering sessions.3. Climate Conditions In hot or dry climates, you may need to run your drip system longer, even if you water early in the morning or late in the evening. High temperatures increase evaporation and cause soil to dry out faster, especially in shallow root zones. Conversely, cooler or humid climates may allow for shorter watering sessions.4. Plant Requirements Different plants have different water needs. Deep-rooted crops, fruit trees, and large shrubs may require longer watering sessions to ensure the water reaches deeper into the soil. Young seedlings or shallow-rooted vegetables, on the other hand, may only need short bursts of water. Monitoring the moisture level around the plant base can help guide your schedule.Final Tip: A good rule of thumb is to check the moisture depth in your soil after irrigation. You want the water to reach around 15–30 cm (6–12 inches) below the surface for most plants. If the moisture hasn’t reached that depth, your system may need to run longer.By adjusting your drip irrigation schedule based on these factors, you’ll promote healthier plants, conserve water, and improve overall irrigation efficiency.

Our News

Crops Under Stress as Drought Hits Hard

October Harvest Season in Australia: A Busy Month for Far...

How Corn and Soy Are Powering Everyday Products

Gear Up Your Farm Tech for a Successful Harvest

New Product Launch: T&H Agricultural Drones

How Long Should I Run Water With Drip Irrigation?