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#pollen — Public Fediverse posts

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

  1. It was quite a #SilentSunday in #Berlin.
    The amount of #pollen in the air was crazy. You could see it floating around. I have no allergies but my throat was itchy.
    People didn't mind. They were out enjoying the heat, the ice-creams and the sunset 😊

    #photography

  2. It was quite a #SilentSunday in #Berlin.
    The amount of #pollen in the air was crazy. You could see it floating around. I have no allergies but my throat was itchy.
    People didn't mind. They were out enjoying the heat, the ice-creams and the sunset 😊

    #photography

  3. It was quite a #SilentSunday in #Berlin.
    The amount of #pollen in the air was crazy. You could see it floating around. I have no allergies but my throat was itchy.
    People didn't mind. They were out enjoying the heat, the ice-creams and the sunset 😊

    #photography

  4. It was quite a #SilentSunday in #Berlin.
    The amount of #pollen in the air was crazy. You could see it floating around. I have no allergies but my throat was itchy.
    People didn't mind. They were out enjoying the heat, the ice-creams and the sunset 😊

    #photography

  5. It was quite a #SilentSunday in #Berlin.
    The amount of #pollen in the air was crazy. You could see it floating around. I have no allergies but my throat was itchy.
    People didn't mind. They were out enjoying the heat, the ice-creams and the sunset 😊

    #photography

  6. Maximale #Pollenflug​messungen von heute für #Berlin​er #Allergiker zum Überwachen der Symptome jeweils in #Pollen pro m³:

    #Gräser *): 525
    #Kiefer: 514
    #Erle *): 11
    #Eiche: 11
    #Ampfer: 11
    #Brennnessel: 7
    #Holunder: 4
    #Roggen *): 4
    #Eibe: 4
    #Linde: 4
    #Hainbuche: 4
    #Edelkastanie: 4

    *) ab 30 Pollen/m³ sind Symptome möglich. Ab 100 Pollen/m³ haben die meisten sensibilisierten Personen Symptome. pollenscience.eu, 2026-05-22

  7. Dunno who's 'counting' the pollen round here today... 'Low'... must be an (actually not) effin 'ai' to be so obviously miles off the mark... sniff sniff SNEEZE!!
    #pollen #hayfever #allergies #ai #slop

  8. Dunno who's 'counting' the pollen round here today... 'Low'... must be an (actually not) effin 'ai' to be so obviously miles off the mark... sniff sniff SNEEZE!!
    #pollen #hayfever #allergies #ai #slop

  9. Dunno who's 'counting' the pollen round here today... 'Low'... must be an (actually not) effin 'ai' to be so obviously miles off the mark... sniff sniff SNEEZE!!
    #pollen #hayfever #allergies #ai #slop

  10. Dunno who's 'counting' the pollen round here today... 'Low'... must be an (actually not) effin 'ai' to be so obviously miles off the mark... sniff sniff SNEEZE!!
    #pollen #hayfever #allergies #ai #slop

  11. Dunno who's 'counting' the pollen round here today... 'Low'... must be an (actually not) effin 'ai' to be so obviously miles off the mark... sniff sniff SNEEZE!!
    #pollen #hayfever #allergies #ai #slop

  12. Understanding Pollen Dispersal

    When the wind blows, trees shift and sway, reconfiguring their shape and their leaves in response. For parts of the year, that flow can also pluck pollen grains off the tree, carrying them on the winds. A new computational simulation models this pollen dispersal from a tree, with the aim of eventually integrating into a tool for urban planners.

    Trees are an important component to fighting climate change, especially in cities, because they cool their surroundings in addition to providing fresh oxygen. But urban planners recognize the downsides to trees, too–allergies, anyone?–and, with the right tools, they could maximize the trees’ advantages while minimizing pollen spread for allergy-sufferers. (Image credit: M. Köles; research credit: T. Dbouk et al.; via Physics World)

    #biology #CFD #computationalFluidDynamics #fluidDynamics #numericalSimulation #physics #pollen #science #trees
  13. Understanding Pollen Dispersal

    When the wind blows, trees shift and sway, reconfiguring their shape and their leaves in response. For parts of the year, that flow can also pluck pollen grains off the tree, carrying them on the winds. A new computational simulation models this pollen dispersal from a tree, with the aim of eventually integrating into a tool for urban planners.

    Trees are an important component to fighting climate change, especially in cities, because they cool their surroundings in addition to providing fresh oxygen. But urban planners recognize the downsides to trees, too–allergies, anyone?–and, with the right tools, they could maximize the trees’ advantages while minimizing pollen spread for allergy-sufferers. (Image credit: M. Köles; research credit: T. Dbouk et al.; via Physics World)

    #biology #CFD #computationalFluidDynamics #fluidDynamics #numericalSimulation #physics #pollen #science #trees
  14. Understanding Pollen Dispersal

    When the wind blows, trees shift and sway, reconfiguring their shape and their leaves in response. For parts of the year, that flow can also pluck pollen grains off the tree, carrying them on the winds. A new computational simulation models this pollen dispersal from a tree, with the aim of eventually integrating into a tool for urban planners.

    Trees are an important component to fighting climate change, especially in cities, because they cool their surroundings in addition to providing fresh oxygen. But urban planners recognize the downsides to trees, too–allergies, anyone?–and, with the right tools, they could maximize the trees’ advantages while minimizing pollen spread for allergy-sufferers. (Image credit: M. Köles; research credit: T. Dbouk et al.; via Physics World)

    #biology #CFD #computationalFluidDynamics #fluidDynamics #numericalSimulation #physics #pollen #science #trees
  15. Understanding Pollen Dispersal

    When the wind blows, trees shift and sway, reconfiguring their shape and their leaves in response. For parts of the year, that flow can also pluck pollen grains off the tree, carrying them on the winds. A new computational simulation models this pollen dispersal from a tree, with the aim of eventually integrating into a tool for urban planners.

    Trees are an important component to fighting climate change, especially in cities, because they cool their surroundings in addition to providing fresh oxygen. But urban planners recognize the downsides to trees, too–allergies, anyone?–and, with the right tools, they could maximize the trees’ advantages while minimizing pollen spread for allergy-sufferers. (Image credit: M. Köles; research credit: T. Dbouk et al.; via Physics World)

    #biology #CFD #computationalFluidDynamics #fluidDynamics #numericalSimulation #physics #pollen #science #trees
  16. Understanding Pollen Dispersal

    When the wind blows, trees shift and sway, reconfiguring their shape and their leaves in response. For parts of the year, that flow can also pluck pollen grains off the tree, carrying them on the winds. A new computational simulation models this pollen dispersal from a tree, with the aim of eventually integrating into a tool for urban planners.

    Trees are an important component to fighting climate change, especially in cities, because they cool their surroundings in addition to providing fresh oxygen. But urban planners recognize the downsides to trees, too–allergies, anyone?–and, with the right tools, they could maximize the trees’ advantages while minimizing pollen spread for allergy-sufferers. (Image credit: M. Köles; research credit: T. Dbouk et al.; via Physics World)

    #biology #CFD #computationalFluidDynamics #fluidDynamics #numericalSimulation #physics #pollen #science #trees
  17. Maximale #Pollenflug​messungen von heute für #Berlin​er #Allergiker zum Überwachen der Symptome jeweils in #Pollen pro m³:

    #Kiefer: 803
    #Gräser *): 278
    #Eiche: 37
    #Pilzsporen: 33
    #Weide: 11
    #Walnuss: 7
    #Fichte: 7
    #Ahorn: 4
    #Birke *): 4
    #Pappel: 4
    #Rosskastanie: 4
    #Erle *): 4
    #Hainbuche: 4
    #Ampfer: 4
    #Roggen *): 4
    #Brennnessel: 4

    *) ab 30 Pollen/m³ sind Symptome möglich. Ab 100 Pollen/m³ haben die meisten sensibilisierten Personen Symptome. pollenscience.eu, 2026-05-20

  18. Runny nose? Itchy? Experts say seasonal allergies worsening due to increase in pollen – National

    A group of Canadian researchers says the amount of powdery pollen released by plants during their reproduction process…
    #NewsBeep #News #Health #Allergies #CA #Canada #Pollen
    newsbeep.com/ca/680275/

  19. Maximale #Pollenflug​messungen von heute für #Berlin​er #Allergiker zum Überwachen der Symptome jeweils in #Pollen pro m³:

    #Kiefer: 6048
    #Gräser *): 595
    #Linde: 104
    #Pilzsporen: 63
    #Erle *): 26
    #Birke *): 18
    #Eiche: 15
    #Heidekraut: 4
    #Hasel *): 4
    #Walnuss: 4
    #Weide: 4
    #Roggen *): 4

    *) ab 30 Pollen/m³ sind Symptome möglich. Ab 100 Pollen/m³ haben die meisten sensibilisierten Personen Symptome. pollenscience.eu, 2026-05-19

  20. Maximale #Pollenflug​messungen von heute für #Berlin​er #Allergiker zum Überwachen der Symptome jeweils in #Pollen pro m³:

    #Kiefer: 2918
    #Gräser *): 459
    #Linde: 81
    #Pilzsporen: 52
    #Eiche: 37
    #Birke *): 11
    #Fichte: 7
    #Eibe: 7
    #Walnuss: 7
    #Erle *): 4
    #Hainbuche: 4
    #Edelkastanie: 4
    #Ampfer: 4

    *) ab 30 Pollen/m³ sind Symptome möglich. Ab 100 Pollen/m³ haben die meisten sensibilisierten Personen Symptome. pollenscience.eu, 2026-05-18

  21. Maximale #Pollenflug​messungen von heute für #Berlin​er #Allergiker zum Überwachen der Symptome jeweils in #Pollen pro m³:

    #Kiefer: 2918
    #Gräser *): 459
    #Linde: 81
    #Pilzsporen: 52
    #Eiche: 37
    #Birke *): 11
    #Fichte: 7
    #Eibe: 7
    #Walnuss: 7
    #Erle *): 4
    #Hainbuche: 4
    #Edelkastanie: 4
    #Ampfer: 4

    *) ab 30 Pollen/m³ sind Symptome möglich. Ab 100 Pollen/m³ haben die meisten sensibilisierten Personen Symptome. pollenscience.eu, 2026-05-18

  22. Maximale #Pollenflug​messungen von heute für #Berlin​er #Allergiker zum Überwachen der Symptome jeweils in #Pollen pro m³:

    #Kiefer: 2918
    #Gräser *): 459
    #Linde: 81
    #Pilzsporen: 52
    #Eiche: 37
    #Birke *): 11
    #Fichte: 7
    #Eibe: 7
    #Walnuss: 7
    #Erle *): 4
    #Hainbuche: 4
    #Edelkastanie: 4
    #Ampfer: 4

    *) ab 30 Pollen/m³ sind Symptome möglich. Ab 100 Pollen/m³ haben die meisten sensibilisierten Personen Symptome. pollenscience.eu, 2026-05-18

  23. Maximale #Pollenflug​messungen von heute für #Berlin​er #Allergiker zum Überwachen der Symptome jeweils in #Pollen pro m³:

    #Kiefer: 2918
    #Gräser *): 459
    #Linde: 81
    #Pilzsporen: 52
    #Eiche: 37
    #Birke *): 11
    #Fichte: 7
    #Eibe: 7
    #Walnuss: 7
    #Erle *): 4
    #Hainbuche: 4
    #Edelkastanie: 4
    #Ampfer: 4

    *) ab 30 Pollen/m³ sind Symptome möglich. Ab 100 Pollen/m³ haben die meisten sensibilisierten Personen Symptome. pollenscience.eu, 2026-05-18

  24. Maximale #Pollenflug​messungen von heute für #Berlin​er #Allergiker zum Überwachen der Symptome jeweils in #Pollen pro m³:

    #Kiefer: 2918
    #Gräser *): 459
    #Linde: 81
    #Pilzsporen: 52
    #Eiche: 37
    #Birke *): 11
    #Fichte: 7
    #Eibe: 7
    #Walnuss: 7
    #Erle *): 4
    #Hainbuche: 4
    #Edelkastanie: 4
    #Ampfer: 4

    *) ab 30 Pollen/m³ sind Symptome möglich. Ab 100 Pollen/m³ haben die meisten sensibilisierten Personen Symptome. pollenscience.eu, 2026-05-18

  25. Maximale #Pollenflug​messungen von heute für #Berlin​er #Allergiker zum Überwachen der Symptome jeweils in #Pollen pro m³:

    #Kiefer: 1210
    #Linde: 30
    #Gräser *): 30
    #Eiche: 18
    #Pilzsporen: 7
    #Walnuss: 4
    #Ampfer: 4

    *) ab 30 Pollen/m³ sind Symptome möglich. Ab 100 Pollen/m³ haben die meisten sensibilisierten Personen Symptome. pollenscience.eu, 2026-05-17

  26. Maximale #Pollenflug​messungen von heute für #Berlin​er #Allergiker zum Überwachen der Symptome jeweils in #Pollen pro m³:

    #Kiefer: 1210
    #Linde: 30
    #Gräser *): 30
    #Eiche: 18
    #Pilzsporen: 7
    #Walnuss: 4
    #Ampfer: 4

    *) ab 30 Pollen/m³ sind Symptome möglich. Ab 100 Pollen/m³ haben die meisten sensibilisierten Personen Symptome. pollenscience.eu, 2026-05-17

  27. Maximale #Pollenflug​messungen von heute für #Berlin​er #Allergiker zum Überwachen der Symptome jeweils in #Pollen pro m³:

    #Kiefer: 1210
    #Linde: 30
    #Gräser *): 30
    #Eiche: 18
    #Pilzsporen: 7
    #Walnuss: 4
    #Ampfer: 4

    *) ab 30 Pollen/m³ sind Symptome möglich. Ab 100 Pollen/m³ haben die meisten sensibilisierten Personen Symptome. pollenscience.eu, 2026-05-17

  28. Maximale #Pollenflug​messungen von heute für #Berlin​er #Allergiker zum Überwachen der Symptome jeweils in #Pollen pro m³:

    #Kiefer: 1210
    #Linde: 30
    #Gräser *): 30
    #Eiche: 18
    #Pilzsporen: 7
    #Walnuss: 4
    #Ampfer: 4

    *) ab 30 Pollen/m³ sind Symptome möglich. Ab 100 Pollen/m³ haben die meisten sensibilisierten Personen Symptome. pollenscience.eu, 2026-05-17

  29. Maximale #Pollenflug​messungen von heute für #Berlin​er #Allergiker zum Überwachen der Symptome jeweils in #Pollen pro m³:

    #Kiefer: 1210
    #Linde: 30
    #Gräser *): 30
    #Eiche: 18
    #Pilzsporen: 7
    #Walnuss: 4
    #Ampfer: 4

    *) ab 30 Pollen/m³ sind Symptome möglich. Ab 100 Pollen/m³ haben die meisten sensibilisierten Personen Symptome. pollenscience.eu, 2026-05-17

  30. Maximale #Pollenflug​messungen von heute für #Berlin​er #Allergiker zum Überwachen der Symptome jeweils in #Pollen pro m³:

    #Kiefer: 1369
    #Gräser *): 185
    #Linde: 33
    #Eiche: 22
    #Birke *): 15
    #Brennnessel: 15
    #Holunder: 4
    #Roggen *): 4
    #Eibe: 4

    *) ab 30 Pollen/m³ sind Symptome möglich. Ab 100 Pollen/m³ haben die meisten sensibilisierten Personen Symptome. pollenscience.eu, 2026-05-16

  31. Maximale #Pollenflug​messungen von heute für #Berlin​er #Allergiker zum Überwachen der Symptome jeweils in #Pollen pro m³:

    #Kiefer: 1369
    #Gräser *): 185
    #Linde: 33
    #Eiche: 22
    #Birke *): 15
    #Brennnessel: 15
    #Holunder: 4
    #Roggen *): 4
    #Eibe: 4

    *) ab 30 Pollen/m³ sind Symptome möglich. Ab 100 Pollen/m³ haben die meisten sensibilisierten Personen Symptome. pollenscience.eu, 2026-05-16

  32. Maximale #Pollenflug​messungen von heute für #Berlin​er #Allergiker zum Überwachen der Symptome jeweils in #Pollen pro m³:

    #Kiefer: 1369
    #Gräser *): 185
    #Linde: 33
    #Eiche: 22
    #Birke *): 15
    #Brennnessel: 15
    #Holunder: 4
    #Roggen *): 4
    #Eibe: 4

    *) ab 30 Pollen/m³ sind Symptome möglich. Ab 100 Pollen/m³ haben die meisten sensibilisierten Personen Symptome. pollenscience.eu, 2026-05-16

  33. Maximale #Pollenflug​messungen von heute für #Berlin​er #Allergiker zum Überwachen der Symptome jeweils in #Pollen pro m³:

    #Kiefer: 1369
    #Gräser *): 185
    #Linde: 33
    #Eiche: 22
    #Birke *): 15
    #Brennnessel: 15
    #Holunder: 4
    #Roggen *): 4
    #Eibe: 4

    *) ab 30 Pollen/m³ sind Symptome möglich. Ab 100 Pollen/m³ haben die meisten sensibilisierten Personen Symptome. pollenscience.eu, 2026-05-16

  34. Maximale #Pollenflug​messungen von heute für #Berlin​er #Allergiker zum Überwachen der Symptome jeweils in #Pollen pro m³:

    #Kiefer: 1369
    #Gräser *): 185
    #Linde: 33
    #Eiche: 22
    #Birke *): 15
    #Brennnessel: 15
    #Holunder: 4
    #Roggen *): 4
    #Eibe: 4

    *) ab 30 Pollen/m³ sind Symptome möglich. Ab 100 Pollen/m³ haben die meisten sensibilisierten Personen Symptome. pollenscience.eu, 2026-05-16