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#fertilisation — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #fertilisation, aggregated by home.social.

  1. Vineyard Angel is a new web-based platform for managing #vineyards 🍇
    Using multispectral images from #drones it helps wine producers to know better the state of the vegetation for precision #fertilisation💡
    .
    .
    Το Vineyard Angel είναι μια νέα διαδικτυακή πλατφόρμα για τη διαχείριση αμπελώνων 🍇
    Χρησιμοποιώντας πολυφασματικές εικόνες από drones, βοηθά τους οινοπαραγωγούς να γνωρίζουν καλύτερα την κατάσταση του φυτού για λίπανση ακριβείας💡
    x.com/euagri/status/2010752297

  2. Vineyard Angel is a new web-based platform for managing #vineyards 🍇
    Using multispectral images from #drones it helps wine producers to know better the state of the vegetation for precision #fertilisation💡
    .
    .
    Το Vineyard Angel είναι μια νέα διαδικτυακή πλατφόρμα για τη διαχείριση αμπελώνων 🍇
    Χρησιμοποιώντας πολυφασματικές εικόνες από drones, βοηθά τους οινοπαραγωγούς να γνωρίζουν καλύτερα την κατάσταση του φυτού για λίπανση ακριβείας💡
    x.com/euagri/status/2010752297

  3. RE: mastodon.social/@glynmoody/116

    At the beginning of the previous century, #Nitrogen #fixation looked like a limit to human growth, it was required for plant growth.
    Chemical fixation of N2 solved that (now we are running up against #Phosphorus).
    #Ammonia is a key component in that #fertilisation.
    But we would like it in the #ground, not the #air.

  4. RE: mastodon.social/@glynmoody/116

    At the beginning of the previous century, #Nitrogen #fixation looked like a limit to human growth, it was required for plant growth.
    Chemical fixation of N2 solved that (now we are running up against #Phosphorus).
    #Ammonia is a key component in that #fertilisation.
    But we would like it in the #ground, not the #air.

  5. RE: mastodon.social/@glynmoody/116

    At the beginning of the previous century, #Nitrogen #fixation looked like a limit to human growth, it was required for plant growth.
    Chemical fixation of N2 solved that (now we are running up against #Phosphorus).
    #Ammonia is a key component in that #fertilisation.
    But we would like it in the #ground, not the #air.

  6. RE: mastodon.social/@glynmoody/116

    At the beginning of the previous century, #Nitrogen #fixation looked like a limit to human growth, it was required for plant growth.
    Chemical fixation of N2 solved that (now we are running up against #Phosphorus).
    #Ammonia is a key component in that #fertilisation.
    But we would like it in the #ground, not the #air.

  7. Selenium #fertilisation in Ehtiopia is a cost-effective strategy compared with gross per capita income. Agronomic #biofortification with zinc could be developed to include multiple #micronutrients to minimise the global burden of micronutrient deficiencies: doi.org/10.1017/S0007114524001 #nutrition

  8. Selenium #fertilisation in Ehtiopia is a cost-effective strategy compared with gross per capita income. Agronomic #biofortification with zinc could be developed to include multiple #micronutrients to minimise the global burden of micronutrient deficiencies: doi.org/10.1017/S0007114524001 #nutrition

  9. Selenium #fertilisation in Ehtiopia is a cost-effective strategy compared with gross per capita income. Agronomic #biofortification with zinc could be developed to include multiple #micronutrients to minimise the global burden of micronutrient deficiencies: doi.org/10.1017/S0007114524001 #nutrition

  10. Selenium #fertilisation in Ehtiopia is a cost-effective strategy compared with gross per capita income. Agronomic #biofortification with zinc could be developed to include multiple #micronutrients to minimise the global burden of micronutrient deficiencies: doi.org/10.1017/S0007114524001 #nutrition

  11. Selenium #fertilisation in Ehtiopia is a cost-effective strategy compared with gross per capita income. Agronomic #biofortification with zinc could be developed to include multiple #micronutrients to minimise the global burden of micronutrient deficiencies: doi.org/10.1017/S0007114524001 #nutrition

  12. 🎄
    L'année 2023 se termine avec, au pied du sapin, une publication de Thomas Starck, @tfardet et Fabien Esculier du @leesu sur le devenir de l'azote dans le système d'assainissement français.

    Le titre de l'article, publié dans la revue Science of the total environment, peut être traduit par : "Devenir de l'azote issu des excrétats humains en France : des pertes actuelles aux opportunités agricoles futures".

    Plus d'infos ici : social.sciences.re/@tfardet/11

    #azote #toilettes #fertilisation #OCAPI

  13. #idw #Fertilisation unnecessary in #oak #forests planted on former agricultural land

    Researchers at Linnaeus University have studied the effects of fertilisation and irrigation in 25-year-old stands of pedunculate and sessile oak that grow on former agricultural land in southwest #Sweden. The results show that fertilisation does not lead to increased production and it does only cause a small increase, or none at all, in the water uptake of the oaks. idw-online.de/en/news809545

  14. #idw #Fertilisation unnecessary in #oak #forests planted on former agricultural land

    Researchers at Linnaeus University have studied the effects of fertilisation and irrigation in 25-year-old stands of pedunculate and sessile oak that grow on former agricultural land in southwest #Sweden. The results show that fertilisation does not lead to increased production and it does only cause a small increase, or none at all, in the water uptake of the oaks. idw-online.de/en/news809545

  15. #idw #Fertilisation unnecessary in #oak #forests planted on former agricultural land

    Researchers at Linnaeus University have studied the effects of fertilisation and irrigation in 25-year-old stands of pedunculate and sessile oak that grow on former agricultural land in southwest #Sweden. The results show that fertilisation does not lead to increased production and it does only cause a small increase, or none at all, in the water uptake of the oaks. idw-online.de/en/news809545

  16. #idw #Fertilisation unnecessary in #oak #forests planted on former agricultural land

    Researchers at Linnaeus University have studied the effects of fertilisation and irrigation in 25-year-old stands of pedunculate and sessile oak that grow on former agricultural land in southwest #Sweden. The results show that fertilisation does not lead to increased production and it does only cause a small increase, or none at all, in the water uptake of the oaks. idw-online.de/en/news809545

  17. #idw #Fertilisation unnecessary in #oak #forests planted on former agricultural land

    Researchers at Linnaeus University have studied the effects of fertilisation and irrigation in 25-year-old stands of pedunculate and sessile oak that grow on former agricultural land in southwest #Sweden. The results show that fertilisation does not lead to increased production and it does only cause a small increase, or none at all, in the water uptake of the oaks. idw-online.de/en/news809545

  18. Conclusion :
    "L'installation durable des légumineuses dans les territoires requiert donc aussi des politiques publiques incitant l'ensemble des acteurs concernés à s'impliquer de manière coordonnée dans une démarche de changement."
    #agriculture #PAC #azote #Fertilisation

  19. Carotenoids presence in zona pellucida of human oocytes: potential role of chemical compounds evaluation by life-cell imaging for oocyte selection.
    Reproduction, Fertility and Development 35, 167-168.
    doi.org/10.1071/RDv35n2Ab83
    #ramaneffect #oocyte #ivf #fertilisation #fertility

  20. Carotenoids presence in zona pellucida of human oocytes: potential role of chemical compounds evaluation by life-cell imaging for oocyte selection.
    Reproduction, Fertility and Development 35, 167-168.
    doi.org/10.1071/RDv35n2Ab83
    #ramaneffect #oocyte #ivf #fertilisation #fertility