Soil nitrogen drives inverse acclimation of xylem growth cessation to rising temperature in Northern Hemisphere conifers

  1. Zhang,Y.
  2. Huang,J.-G.
  3. Wang,M.
  4. Wang,W.
  5. Yang,F.
  6. Deslauriers,A.
  7. Fonti,P.
  8. Liang,E.
  9. Mäkinen,H.
  10. Oberhuber,W.
  11. Rathgeber,C.B.K.
  12. Tognetti,R.
  13. Treml,V.
  14. Yang,B.
  15. Zhai,L.
  16. Antonucci,S.
  17. Buttò,V.
  18. Camarero,J.J.
  19. Campelo,F.
  20. Čufar,K.
  21. De Luis,M.
  22. Fajstavr,M.
  23. Giovannelli,A.
  24. Gričar,J.
  25. Gruber,A.
  26. Gryc,V.
  27. Güney,A.
  28. Jyske,T.
  29. Kašpar,J.
  30. King,G.
  31. Krause,C.
  32. Lemay,A.
  33. Lombardi,F.
  34. del Castillo,E.M.
  35. Morin,H.
  36. Nabais,C.
  37. Nöjd,P.
  38. Peters,R.L.
  39. Prislan,P.
  40. Saracino,A.
  41. Shishov,V.V.
  42. Vavrčík,H.
  43. Vieira,J.
  44. Zeng,Q.
  45. Rossi,S.
  46. Show all authors +
Journal:
Proceedings of the National Academy of Sciences of the United States of America

ISSN: 1091-6490,  0027-8424

Year of publication: 2025

Volume: 122

Issue: 30

Type: Article

DOI: 10.1073/PNAS.2421834122 GOOGLE SCHOLAR
Data source: Scopus