BEEF Agriculture

Why this man is mining for mud!? #peat #bog #ireland #coal #alternativeenergy #tairsgeir #fuel #farming #peatbog

Bricks made out of recycled plastic? On paper, they sound like the ideal solution to not only our plastic pollution problem but also housing issues. However, it's certainly a complicated subject - so there's a lot to look into.

A disease almost destroyed the #kiwi industry. #newzealand #fruit

🌱✨ Embrace the promise of a new week with the spirit of a farmer! Like the changing seasons, every Monday brings the potential for growth and abundance. Let's sow our efforts with hope and dedication, knowing that every seed of hard work will eventually yield a bountiful harvest. #MondayMotivation #FarmingLife #HopeInEverySeason 🌾🌟

Recycling at its best. 😊

Coconut fiber coolers are a true green revolution! 🌱 In addition to replacing polluting Styrofoam, the material uses natural waste that would otherwise be discarded, such as coconut shells. But the benefits go much further: coconut fibers are excellent thermal insulators due to their low conductivity, which means that the cold is maintained for longer and more efficiently. This is possible thanks to the hollow structure of the fibers, which traps air and prevents heat exchange. 🌡 Another technical advantage is resistance to moisture, unlike Styrofoam, which easily degrades when exposed to water. Coconut fiber coolers do not absorb moisture, maintaining the integrity and functionality of the product for much longer. The result? A solution that combines technology, sustainability and durability. 🌊 And there's more: coconut fibers are naturally antimicrobial, reducing the risk of contamination in humid environments. 🌾 This not only extends the life of the cooler, but also ensures safer storage for food and drinks. An innovation that benefits both the environment and local communities. 🌍

In addition to the obvious benefits for aesthetics and pollinators, floating rooftop gardens have significant impacts on building energy efficiency. 🌿💡 These gardens act as natural insulators, reducing the need for air conditioning in the summer and heating in the winter, resulting in decreased energy consumption. 🌞❄ Moreover, they help combat urban pollution by filtering the air and reducing heat islands in cities. 🌆🌱 Studies also show that these green spaces contribute to the mental well-being of urban residents, providing a natural refuge amidst the concrete. 🧘♀🌺 Have you ever considered supporting the implementation of floating gardens in your city? #Sustainability #GreenUrbanism #GreenCities #UGREEN

Here's a short guide on maize growing: 1. Climate and soil requirements: - Maize requires warm temperatures between 20 to 30 degrees Celsius. - Choose well-drained, loamy soils with a pH level between 5.8 to 7.0. 2. Variety selection: - Select maize varieties that are suited for your region and are resistant to common diseases and pests. - Consider factors like maturity period, drought tolerance, and yield potential. 3. Land preparation: - Clear the land of weeds and debris. - Plow the soil and harrow to achieve a fine seedbed. - Incorporate organic matter such as compost or manure to enhance soil fertility. 4. Planting: - Plant maize during the optimal time, which is usually at the onset of the rainy season. - Create rows of 75-90cm apart with a spacing of 20-30cm between plants. - Place 2-3 seeds per hole at a depth of 3-5cm. 5. Weed and pest control: - Regularly hand-weed the maize field to control weeds, especially during the early growth stages. - Implement proper crop rotation and intercropping to minimize pest pressures. - Use appropriate insecticides and fungicides if necessary, with guidance from local agricultural authorities. 6. Watering and fertilization: - Maize requires consistent moisture during its growing period, especially during flowering and grain filling stages. - Apply fertilizer based on soil nutrient analysis and recommended rates to optimize nutrient levels. - Consider applying organic fertilizers or implementing sustainable farming practices. 7. Disease management: - Monitor for common diseases like maize streak virus, gray leaf spot, and maize rust. - Implement disease management strategies such as crop rotation, resistant varieties, and timely application of fungicides, if necessary. 8. Harvesting and storage: - Harvest maize when the grains are fully mature and dry, usually 4-6 months after planting. - Remove the cobs from the plants and allow them to dry further if needed. - Store the harvested maize in clean and dry containers or silos to prevent pest infestations. Remember, this is just a basic guide, and it's recommended to consult local agronomist.

What do you think of this problem?

Did you know that "Lluvia Sólida" can absorb up to 500 times its weight in water? 💧 This means it can retain water for weeks, gradually releasing it to plants as needed. 🌱 By reducing the need for frequent irrigation, "Lluvia Sólida" not only conserves water resources but also saves time and costs for farmers.