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@adasYEN

Twitter home of the Yield Enhancement Network - connecting agricultural organisations and farmers who are striving to improve crop yields

2015年1月加入

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  1. 釘選的推文
    6月8日

    Excited to announce our new initiative , which offers comprehensive analysis on all 12 essential nutrients and allows participants to benchmark their crops’ nutritional performance. Join us at

    還原
  2. 已轉推
    7月23日
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  3. 7月23日
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  4. 已轉推
    7月23日

    Do you have a problem with brome on your farm? from is looking to team up with farmers to get a better understanding of brome on farms & an opportunity to trial a range of techniques to manage it more effectively. Get involved👇

    和其他 6 人
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  5. 7月22日

    Some very large wheat yields being reported already Bodes well for good crops that are still green. But will be enormous variability this year, dependent on drilling date, establishment, soil and spring rainfall

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  6. 7月15日

    With , air pollution used to meet most crops’ needs but fertiliser is now required routinely in the UK. It is vital in all protein formation. It is released when soil organic matter mineralises, but is easily leached.

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  7. 已轉推
    7月14日

    Farmers are researching whether sustainable soil management practices like min till & organic matter application can boost deep rooting earthworm numbers to improve soil health. It is hoped this will improve yields without the need for chemical inputs👉

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  8. 7月14日

    Little is released from soil organic matter but, as with , many clay soils naturally provide more than crops need. It is easily leached from soils. Deficiencies are most often seen when rapid spring growth starts.

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  9. 7月14日

    is essential for fixation by legumes and primary nitrogen assimilation in other crops. Like , it is easily adsorbed by clay minerals. Deficiencies are rare, especially in cereals, and most easily overcome by liming.

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  10. 7月13日

    was discovered by an alchemist 350 years ago! It builds our bones and genes, but it causes most UK water quality failures 💦. The UK has no phosphorus mines, so all new nutrient must be imported.

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  11. 7月13日

    Soils having good supplies of are derived from basic igneous rocks and shales with ample matter. Deficient crops show defects in fertility, seed production, growth regulation and disease defence.

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  12. 7月13日

    The fifth most common element on Earth, builds bones 🦴 , and helps form plant cell walls and membranes. Crop shortages cause collapse and blackening of storage tissues.

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  13. 7月11日

    is needed to capture energy through photosynthesis ☀ Although it's the 4th most common element of earth, it is highly insoluble. Organic chelates are important in supplying most crops. Deficiencies in arable crops are extremely rare.

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  14. 7月10日

    Will be interesting to see how UK yields do in 2020 - where crops were established early and accessed sufficient water through the spring drought, yield potential could be high, benefiting from a very bright April and May. Sadly too few crops in that category though.

    顯示此對話串
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  15. 7月10日

    Whopping new record wheat yield from New Zealand in Feb - 17.4 t/ha. Congratulations to Eric Watson & the team...

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  16. 7月10日

    Although is a macro-nutrient, many clay soils naturally provide more than crops need. It is vital in balancing uptake of essential anions like nitrate, and in regulating tissue turgor.

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  17. 已轉推
    7月10日

    Enjoyable morning reading 2019 reports ahead of meetings with Downpatrick Monitor Farmers today.

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  18. 7月10日

    is the most limiting micronutrient for crops. 🌾Deficient cereals look ‘floppy’. The relative susceptibility of cereals to deficiency is in the order: oats > wheat > barley.

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  19. 7月9日

    enables male fertility, respiration and metabolism. Susceptibility of cereals to deficiency is in the order barley > oats > wheat.

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  20. 7月9日

    Broad-leaved plants need more than grasses. In cereals it is most important in male sex. Of all nutrients, it shows the narrowest margin between deficiency and toxicity ☠

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  21. 已轉推
    7月8日

    Really interesting results emerging from this field lab - higher deep burrowing earthworm activity following two years of strip tillage enhanced by the addition of FYM

    還原

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