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Çukurova koşullarında mısıra ( Zea mays L.) uygulanan farklı azot form ve dozlarının tane ve hasıl verimi ile bazı bitkisel özelliklere etkisi üzerinde bir araştırma

Başlık çevirisi mevcut değil.

  1. Tez No: 33945
  2. Yazar: ŞABAN YILMAZ
  3. Danışmanlar: PROF. DR. TURAN SAĞLAMTİMUR
  4. Tez Türü: Yüksek Lisans
  5. Konular: Ziraat, Agriculture
  6. Anahtar Kelimeler: Belirtilmemiş.
  7. Yıl: 1994
  8. Dil: Türkçe
  9. Üniversite: Çukurova Üniversitesi
  10. Enstitü: Fen Bilimleri Enstitüsü
  11. Ana Bilim Dalı: Tarla Bitkileri Ana Bilim Dalı
  12. Bilim Dalı: Belirtilmemiş.
  13. Sayfa Sayısı: 95

Özet

77 obtained from ammonium sulfate form while the lowest one was obtained from ammonium nitrate form. It changed between 174.28 and 204.20 gr based on nitrogen levels applied. The highest value of ear weight was obtained from 18 kg/da N level, the lowest one was obtained from 0 kg/da N level. The grain number per ear changed between 613.75 and 635.60 grains based on nitrogen forms applied. The highest grain number per ear was obtained from ammonium sulfate form while the lowest one was obtained from ammonium nitrate form. It changed between 607.80 and 641.71 grains based on nitrogen levels applied. The highest grain number per ear was obtained from 18 kg/da N level, the lowest one was obtained from 0 kg/da N level. The 1000-seed weight changed between 265.00 and 281.25 gr based on nitrogen forms applied. The highest value of this caharacter was obtained from ammonium sulfate form while the lowest one was obtained from ammonium nitrate form, ft changed between 265.00 and 283.75 gr based on nitrogen levels applied. The highest value of this caharacter was obtained from 18 kg/da N level, the lowest one was obtained from 0 kg/da N level. The test weight changed between 76.37 and 76.68 kg. based on nitrogen forms applied. The highest test weight value was obtained from ammonium sulfate form while the lowest one was from ammonium nitrate form. It changed between 76.00 and 76.70 kg. based on nitrogen levels applied. The highest test weight value was obtained from 18 kg/da N level, the lowest one was obtained78 from O kg/da N level. The grain yield changed between 938.24 and 993.12 kg/da based on nitrogen forms applied. The highest grain yield was obtained from urea form while the lowest one was obtained from ammonium sulfate form. It changed between 849.22 and 1002.0,8 kg/da based on nitrogen levels applied. The highest grain yield was obtained from 18 kg/da N level, the lowest one grain yield was obtained from O kg/da N level. The crude protein content of grain changed between 9.48% and 9.88% based on nitrogen forms applied. The highest value of the crude protein content of grain was obtained from ammonium nitrate form while the lowest one was from urea form. It changed between 9.12% and 10.33% based on nitrogen levels applied. The highest value of the crude protein content of grain was obtained from 18 kg/da N level, while the lowest one was obtained from 0 kg/da N level.77 obtained from ammonium sulfate form while the lowest one was obtained from ammonium nitrate form. It changed between 174.28 and 204.20 gr based on nitrogen levels applied. The highest value of ear weight was obtained from 18 kg/da N level, the lowest one was obtained from 0 kg/da N level. The grain number per ear changed between 613.75 and 635.60 grains based on nitrogen forms applied. The highest grain number per ear was obtained from ammonium sulfate form while the lowest one was obtained from ammonium nitrate form. It changed between 607.80 and 641.71 grains based on nitrogen levels applied. The highest grain number per ear was obtained from 18 kg/da N level, the lowest one was obtained from 0 kg/da N level. The 1000-seed weight changed between 265.00 and 281.25 gr based on nitrogen forms applied. The highest value of this caharacter was obtained from ammonium sulfate form while the lowest one was obtained from ammonium nitrate form, ft changed between 265.00 and 283.75 gr based on nitrogen levels applied. The highest value of this caharacter was obtained from 18 kg/da N level, the lowest one was obtained from 0 kg/da N level. The test weight changed between 76.37 and 76.68 kg. based on nitrogen forms applied. The highest test weight value was obtained from ammonium sulfate form while the lowest one was from ammonium nitrate form. It changed between 76.00 and 76.70 kg. based on nitrogen levels applied. The highest test weight value was obtained from 18 kg/da N level, the lowest one was obtained78 from O kg/da N level. The grain yield changed between 938.24 and 993.12 kg/da based on nitrogen forms applied. The highest grain yield was obtained from urea form while the lowest one was obtained from ammonium sulfate form. It changed between 849.22 and 1002.0,8 kg/da based on nitrogen levels applied. The highest grain yield was obtained from 18 kg/da N level, the lowest one grain yield was obtained from O kg/da N level. The crude protein content of grain changed between 9.48% and 9.88% based on nitrogen forms applied. The highest value of the crude protein content of grain was obtained from ammonium nitrate form while the lowest one was from urea form. It changed between 9.12% and 10.33% based on nitrogen levels applied. The highest value of the crude protein content of grain was obtained from 18 kg/da N level, while the lowest one was obtained from 0 kg/da N level.77 obtained from ammonium sulfate form while the lowest one was obtained from ammonium nitrate form. It changed between 174.28 and 204.20 gr based on nitrogen levels applied. The highest value of ear weight was obtained from 18 kg/da N level, the lowest one was obtained from 0 kg/da N level. The grain number per ear changed between 613.75 and 635.60 grains based on nitrogen forms applied. The highest grain number per ear was obtained from ammonium sulfate form while the lowest one was obtained from ammonium nitrate form. It changed between 607.80 and 641.71 grains based on nitrogen levels applied. The highest grain number per ear was obtained from 18 kg/da N level, the lowest one was obtained from 0 kg/da N level. The 1000-seed weight changed between 265.00 and 281.25 gr based on nitrogen forms applied. The highest value of this caharacter was obtained from ammonium sulfate form while the lowest one was obtained from ammonium nitrate form, ft changed between 265.00 and 283.75 gr based on nitrogen levels applied. The highest value of this caharacter was obtained from 18 kg/da N level, the lowest one was obtained from 0 kg/da N level. The test weight changed between 76.37 and 76.68 kg. based on nitrogen forms applied. The highest test weight value was obtained from ammonium sulfate form while the lowest one was from ammonium nitrate form. It changed between 76.00 and 76.70 kg. based on nitrogen levels applied. The highest test weight value was obtained from 18 kg/da N level, the lowest one was obtained78 from O kg/da N level. The grain yield changed between 938.24 and 993.12 kg/da based on nitrogen forms applied. The highest grain yield was obtained from urea form while the lowest one was obtained from ammonium sulfate form. It changed between 849.22 and 1002.0,8 kg/da based on nitrogen levels applied. The highest grain yield was obtained from 18 kg/da N level, the lowest one grain yield was obtained from O kg/da N level. The crude protein content of grain changed between 9.48% and 9.88% based on nitrogen forms applied. The highest value of the crude protein content of grain was obtained from ammonium nitrate form while the lowest one was from urea form. It changed between 9.12% and 10.33% based on nitrogen levels applied. The highest value of the crude protein content of grain was obtained from 18 kg/da N level, while the lowest one was obtained from 0 kg/da N level.77 obtained from ammonium sulfate form while the lowest one was obtained from ammonium nitrate form. It changed between 174.28 and 204.20 gr based on nitrogen levels applied. The highest value of ear weight was obtained from 18 kg/da N level, the lowest one was obtained from 0 kg/da N level. The grain number per ear changed between 613.75 and 635.60 grains based on nitrogen forms applied. The highest grain number per ear was obtained from ammonium sulfate form while the lowest one was obtained from ammonium nitrate form. It changed between 607.80 and 641.71 grains based on nitrogen levels applied. The highest grain number per ear was obtained from 18 kg/da N level, the lowest one was obtained from 0 kg/da N level. The 1000-seed weight changed between 265.00 and 281.25 gr based on nitrogen forms applied. The highest value of this caharacter was obtained from ammonium sulfate form while the lowest one was obtained from ammonium nitrate form, ft changed between 265.00 and 283.75 gr based on nitrogen levels applied. The highest value of this caharacter was obtained from 18 kg/da N level, the lowest one was obtained from 0 kg/da N level. The test weight changed between 76.37 and 76.68 kg. based on nitrogen forms applied. The highest test weight value was obtained from ammonium sulfate form while the lowest one was from ammonium nitrate form. It changed between 76.00 and 76.70 kg. based on nitrogen levels applied. The highest test weight value was obtained from 18 kg/da N level, the lowest one was obtained

Özet (Çeviri)

77 obtained from ammonium sulfate form while the lowest one was obtained from ammonium nitrate form. It changed between 174.28 and 204.20 gr based on nitrogen levels applied. The highest value of ear weight was obtained from 18 kg/da N level, the lowest one was obtained from 0 kg/da N level. The grain number per ear changed between 613.75 and 635.60 grains based on nitrogen forms applied. The highest grain number per ear was obtained from ammonium sulfate form while the lowest one was obtained from ammonium nitrate form. It changed between 607.80 and 641.71 grains based on nitrogen levels applied. The highest grain number per ear was obtained from 18 kg/da N level, the lowest one was obtained from 0 kg/da N level. The 1000-seed weight changed between 265.00 and 281.25 gr based on nitrogen forms applied. The highest value of this caharacter was obtained from ammonium sulfate form while the lowest one was obtained from ammonium nitrate form, ft changed between 265.00 and 283.75 gr based on nitrogen levels applied. The highest value of this caharacter was obtained from 18 kg/da N level, the lowest one was obtained from 0 kg/da N level. The test weight changed between 76.37 and 76.68 kg. based on nitrogen forms applied. The highest test weight value was obtained from ammonium sulfate form while the lowest one was from ammonium nitrate form. It changed between 76.00 and 76.70 kg. based on nitrogen levels applied. The highest test weight value was obtained from 18 kg/da N level, the lowest one was obtained78 from O kg/da N level. The grain yield changed between 938.24 and 993.12 kg/da based on nitrogen forms applied. The highest grain yield was obtained from urea form while the lowest one was obtained from ammonium sulfate form. It changed between 849.22 and 1002.0,8 kg/da based on nitrogen levels applied. The highest grain yield was obtained from 18 kg/da N level, the lowest one grain yield was obtained from O kg/da N level. The crude protein content of grain changed between 9.48% and 9.88% based on nitrogen forms applied. The highest value of the crude protein content of grain was obtained from ammonium nitrate form while the lowest one was from urea form. It changed between 9.12% and 10.33% based on nitrogen levels applied. The highest value of the crude protein content of grain was obtained from 18 kg/da N level, while the lowest one was obtained from 0 kg/da N level.77 obtained from ammonium sulfate form while the lowest one was obtained from ammonium nitrate form. It changed between 174.28 and 204.20 gr based on nitrogen levels applied. The highest value of ear weight was obtained from 18 kg/da N level, the lowest one was obtained from 0 kg/da N level. The grain number per ear changed between 613.75 and 635.60 grains based on nitrogen forms applied. The highest grain number per ear was obtained from ammonium sulfate form while the lowest one was obtained from ammonium nitrate form. It changed between 607.80 and 641.71 grains based on nitrogen levels applied. The highest grain number per ear was obtained from 18 kg/da N level, the lowest one was obtained from 0 kg/da N level. The 1000-seed weight changed between 265.00 and 281.25 gr based on nitrogen forms applied. The highest value of this caharacter was obtained from ammonium sulfate form while the lowest one was obtained from ammonium nitrate form, ft changed between 265.00 and 283.75 gr based on nitrogen levels applied. The highest value of this caharacter was obtained from 18 kg/da N level, the lowest one was obtained from 0 kg/da N level. The test weight changed between 76.37 and 76.68 kg. based on nitrogen forms applied. The highest test weight value was obtained from ammonium sulfate form while the lowest one was from ammonium nitrate form. It changed between 76.00 and 76.70 kg. based on nitrogen levels applied. The highest test weight value was obtained from 18 kg/da N level, the lowest one was obtained78 from O kg/da N level. The grain yield changed between 938.24 and 993.12 kg/da based on nitrogen forms applied. The highest grain yield was obtained from urea form while the lowest one was obtained from ammonium sulfate form. It changed between 849.22 and 1002.0,8 kg/da based on nitrogen levels applied. The highest grain yield was obtained from 18 kg/da N level, the lowest one grain yield was obtained from O kg/da N level. The crude protein content of grain changed between 9.48% and 9.88% based on nitrogen forms applied. The highest value of the crude protein content of grain was obtained from ammonium nitrate form while the lowest one was from urea form. It changed between 9.12% and 10.33% based on nitrogen levels applied. The highest value of the crude protein content of grain was obtained from 18 kg/da N level, while the lowest one was obtained from 0 kg/da N level.77 obtained from ammonium sulfate form while the lowest one was obtained from ammonium nitrate form. It changed between 174.28 and 204.20 gr based on nitrogen levels applied. The highest value of ear weight was obtained from 18 kg/da N level, the lowest one was obtained from 0 kg/da N level. The grain number per ear changed between 613.75 and 635.60 grains based on nitrogen forms applied. The highest grain number per ear was obtained from ammonium sulfate form while the lowest one was obtained from ammonium nitrate form. It changed between 607.80 and 641.71 grains based on nitrogen levels applied. The highest grain number per ear was obtained from 18 kg/da N level, the lowest one was obtained from 0 kg/da N level. The 1000-seed weight changed between 265.00 and 281.25 gr based on nitrogen forms applied. The highest value of this caharacter was obtained from ammonium sulfate form while the lowest one was obtained from ammonium nitrate form, ft changed between 265.00 and 283.75 gr based on nitrogen levels applied. The highest value of this caharacter was obtained from 18 kg/da N level, the lowest one was obtained from 0 kg/da N level. The test weight changed between 76.37 and 76.68 kg. based on nitrogen forms applied. The highest test weight value was obtained from ammonium sulfate form while the lowest one was from ammonium nitrate form. It changed between 76.00 and 76.70 kg. based on nitrogen levels applied. The highest test weight value was obtained from 18 kg/da N level, the lowest one was obtained78 from O kg/da N level. The grain yield changed between 938.24 and 993.12 kg/da based on nitrogen forms applied. The highest grain yield was obtained from urea form while the lowest one was obtained from ammonium sulfate form. It changed between 849.22 and 1002.0,8 kg/da based on nitrogen levels applied. The highest grain yield was obtained from 18 kg/da N level, the lowest one grain yield was obtained from O kg/da N level. The crude protein content of grain changed between 9.48% and 9.88% based on nitrogen forms applied. The highest value of the crude protein content of grain was obtained from ammonium nitrate form while the lowest one was from urea form. It changed between 9.12% and 10.33% based on nitrogen levels applied. The highest value of the crude protein content of grain was obtained from 18 kg/da N level, while the lowest one was obtained from 0 kg/da N level.77 obtained from ammonium sulfate form while the lowest one was obtained from ammonium nitrate form. It changed between 174.28 and 204.20 gr based on nitrogen levels applied. The highest value of ear weight was obtained from 18 kg/da N level, the lowest one was obtained from 0 kg/da N level. The grain number per ear changed between 613.75 and 635.60 grains based on nitrogen forms applied. The highest grain number per ear was obtained from ammonium sulfate form while the lowest one was obtained from ammonium nitrate form. It changed between 607.80 and 641.71 grains based on nitrogen levels applied. The highest grain number per ear was obtained from 18 kg/da N level, the lowest one was obtained from 0 kg/da N level. The 1000-seed weight changed between 265.00 and 281.25 gr based on nitrogen forms applied. The highest value of this caharacter was obtained from ammonium sulfate form while the lowest one was obtained from ammonium nitrate form, ft changed between 265.00 and 283.75 gr based on nitrogen levels applied. The highest value of this caharacter was obtained from 18 kg/da N level, the lowest one was obtained from 0 kg/da N level. The test weight changed between 76.37 and 76.68 kg. based on nitrogen forms applied. The highest test weight value was obtained from ammonium sulfate form while the lowest one was from ammonium nitrate form. It changed between 76.00 and 76.70 kg. based on nitrogen levels applied. The highest test weight value was obtained from 18 kg/da N level, the lowest one was obtained78 from O kg/da N level. The grain yield changed between 938.24 and 993.12 kg/da based on nitrogen forms applied. The highest grain yield was obtained from urea form while the lowest one was obtained from ammonium sulfate form. It changed between 849.22 and 1002.0,8 kg/da based on nitrogen levels applied. The highest grain yield was obtained from 18 kg/da N level, the lowest one grain yield was obtained from O kg/da N level. The crude protein content of grain changed between 9.48% and 9.88% based on nitrogen forms applied. The highest value of the crude protein content of grain was obtained from ammonium nitrate form while the lowest one was from urea form. It changed between 9.12% and 10.33% based on nitrogen levels applied. The highest value of the crude protein content of grain was obtained from 18 kg/da N level, while the lowest one was obtained from 0 kg/da N level.

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