Instant Insights: Phosphorus Uptake and Use in Crops
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Instant Insights: Phosphorus Uptake and Use in Crops
Yu, Dr Rui-Peng; Lambers, Emeritus Prof Hans; Long, Professor Li; Pang, Dr Jiayin; Siddique, Professor Kadambot; Kidd, Dr Daniel; Cong, Dr Wen-Feng; H. Ryan, Dr Megan; Wen, Dr Zhihui; Havlin, Prof J. L.
Burleigh Dodds Science Publishing Limited
03/2023
188
Mole
Inglês
9781801466080
15 a 20 dias
Descrição não disponível.
Chapter 1 - Advances in understanding plant root uptake of phosphorus (P) uptake: Jiayin Pang, The University of Western Australia, Australia; Zhihui Wen, The University of Western Australia, Australia and China Agricultural University, China; Daniel Kidd and Megan H. Ryan, The University of Western Australia, Australia; Rui-Peng Yu, Long Li and Wen-Feng Cong, China Agricultural University, China; Kadambot H. M. Siddique, The University of Western Australia, Australia; and Hans Lambers, The University of Western Australia, Australia and China Agricultural University, China; 1 Introduction2 Root architecture and morphology associated with phosphorus (P) uptake3 Root biochemistry associated with P uptake4 Arbuscular mycorrhizal fungi (AMF) and fine root endophytes5 Trade-offs in traits6 Microbially-mediated efficient P acquisition in species-diverse systems7 Farming-management practice in P acquisition at the intensive agricultural system level8 Breeding to improve P acquisition9 Case study: mobilisation of phosphorus and manganese in cluster roots of Lupinus albus10 Conclusion11 Future trends in research12 Where to look for further information13 Acknowledgement14 References
Chapter 2 - Enhancing phosphorus-use efficiency in crop production: J. L. Havlin, North Carolina State University, USA; and A. J. Schlegel, Kansas State University, USA; 1 Introduction2 Phosphorus-use efficiency3 Soil factors4 Plant factors5 Management factors6 Conclusion and future trends7 Where to look for further information8 References
Chapter 3 - Delivering improved phosphorus acquisition by root systems in pasture and arable crops: Richard J. Simpson and Rebecca E. Haling, CSIRO Agriculture and Food, Australia; and Phillip Graham, Graham Advisory, Australia; 1 Introduction2 Options for improving phosphorus acquisition by roots in pastures and arable crops3 Rhizosphere modifications that improve phosphorus acquisition
4 Understanding the agronomic context in which improved phosphorus acquisition by roots can deliver benefits5 Critical phosphorus benchmarks for soil phosphorus management6 Case study: improving the phosphorus efficiency of sheep and beef grassland farming in southern Australia7 Conclusion and future trends in research8 Where to look for further information9 Acknowledgements10 References
Chapter 4 - Advances in understanding the environmental effects of phosphorus fertilization: Andrew N. Sharpley, University of Arkansas, USA; 1 Introduction2 Cycling, fate and transport of phosphorus in agriculture3 Remedial measures4 Legacies of past management5 Conclusion and future trends6 Acknowledgements7 References
Chapter 2 - Enhancing phosphorus-use efficiency in crop production: J. L. Havlin, North Carolina State University, USA; and A. J. Schlegel, Kansas State University, USA; 1 Introduction2 Phosphorus-use efficiency3 Soil factors4 Plant factors5 Management factors6 Conclusion and future trends7 Where to look for further information8 References
Chapter 3 - Delivering improved phosphorus acquisition by root systems in pasture and arable crops: Richard J. Simpson and Rebecca E. Haling, CSIRO Agriculture and Food, Australia; and Phillip Graham, Graham Advisory, Australia; 1 Introduction2 Options for improving phosphorus acquisition by roots in pastures and arable crops3 Rhizosphere modifications that improve phosphorus acquisition
4 Understanding the agronomic context in which improved phosphorus acquisition by roots can deliver benefits5 Critical phosphorus benchmarks for soil phosphorus management6 Case study: improving the phosphorus efficiency of sheep and beef grassland farming in southern Australia7 Conclusion and future trends in research8 Where to look for further information9 Acknowledgements10 References
Chapter 4 - Advances in understanding the environmental effects of phosphorus fertilization: Andrew N. Sharpley, University of Arkansas, USA; 1 Introduction2 Cycling, fate and transport of phosphorus in agriculture3 Remedial measures4 Legacies of past management5 Conclusion and future trends6 Acknowledgements7 References
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Breeding;farming management;intercropping;phosphorus acquisition;phosphorus deficiency;phosphorus surplus;soil phosphorus;phosphorus management;plant nutrition;soil fertility;diffusion;critical P requirement;soil testing;phosphorus sorption;phosphorus acquisition efficiency;topsoil foraging;root hairs;specific root length;mycorrhiza;Trifolium subterraneum;Ornithopus;Phosphorus fertilization;Animal manure;Biofuel feedstock;Biofuel production;Concentrated animal feeding operations;Conservation tillage;Eutrophication;Riparian buffers
Chapter 1 - Advances in understanding plant root uptake of phosphorus (P) uptake: Jiayin Pang, The University of Western Australia, Australia; Zhihui Wen, The University of Western Australia, Australia and China Agricultural University, China; Daniel Kidd and Megan H. Ryan, The University of Western Australia, Australia; Rui-Peng Yu, Long Li and Wen-Feng Cong, China Agricultural University, China; Kadambot H. M. Siddique, The University of Western Australia, Australia; and Hans Lambers, The University of Western Australia, Australia and China Agricultural University, China; 1 Introduction2 Root architecture and morphology associated with phosphorus (P) uptake3 Root biochemistry associated with P uptake4 Arbuscular mycorrhizal fungi (AMF) and fine root endophytes5 Trade-offs in traits6 Microbially-mediated efficient P acquisition in species-diverse systems7 Farming-management practice in P acquisition at the intensive agricultural system level8 Breeding to improve P acquisition9 Case study: mobilisation of phosphorus and manganese in cluster roots of Lupinus albus10 Conclusion11 Future trends in research12 Where to look for further information13 Acknowledgement14 References
Chapter 2 - Enhancing phosphorus-use efficiency in crop production: J. L. Havlin, North Carolina State University, USA; and A. J. Schlegel, Kansas State University, USA; 1 Introduction2 Phosphorus-use efficiency3 Soil factors4 Plant factors5 Management factors6 Conclusion and future trends7 Where to look for further information8 References
Chapter 3 - Delivering improved phosphorus acquisition by root systems in pasture and arable crops: Richard J. Simpson and Rebecca E. Haling, CSIRO Agriculture and Food, Australia; and Phillip Graham, Graham Advisory, Australia; 1 Introduction2 Options for improving phosphorus acquisition by roots in pastures and arable crops3 Rhizosphere modifications that improve phosphorus acquisition
4 Understanding the agronomic context in which improved phosphorus acquisition by roots can deliver benefits5 Critical phosphorus benchmarks for soil phosphorus management6 Case study: improving the phosphorus efficiency of sheep and beef grassland farming in southern Australia7 Conclusion and future trends in research8 Where to look for further information9 Acknowledgements10 References
Chapter 4 - Advances in understanding the environmental effects of phosphorus fertilization: Andrew N. Sharpley, University of Arkansas, USA; 1 Introduction2 Cycling, fate and transport of phosphorus in agriculture3 Remedial measures4 Legacies of past management5 Conclusion and future trends6 Acknowledgements7 References
Chapter 2 - Enhancing phosphorus-use efficiency in crop production: J. L. Havlin, North Carolina State University, USA; and A. J. Schlegel, Kansas State University, USA; 1 Introduction2 Phosphorus-use efficiency3 Soil factors4 Plant factors5 Management factors6 Conclusion and future trends7 Where to look for further information8 References
Chapter 3 - Delivering improved phosphorus acquisition by root systems in pasture and arable crops: Richard J. Simpson and Rebecca E. Haling, CSIRO Agriculture and Food, Australia; and Phillip Graham, Graham Advisory, Australia; 1 Introduction2 Options for improving phosphorus acquisition by roots in pastures and arable crops3 Rhizosphere modifications that improve phosphorus acquisition
4 Understanding the agronomic context in which improved phosphorus acquisition by roots can deliver benefits5 Critical phosphorus benchmarks for soil phosphorus management6 Case study: improving the phosphorus efficiency of sheep and beef grassland farming in southern Australia7 Conclusion and future trends in research8 Where to look for further information9 Acknowledgements10 References
Chapter 4 - Advances in understanding the environmental effects of phosphorus fertilization: Andrew N. Sharpley, University of Arkansas, USA; 1 Introduction2 Cycling, fate and transport of phosphorus in agriculture3 Remedial measures4 Legacies of past management5 Conclusion and future trends6 Acknowledgements7 References
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Breeding;farming management;intercropping;phosphorus acquisition;phosphorus deficiency;phosphorus surplus;soil phosphorus;phosphorus management;plant nutrition;soil fertility;diffusion;critical P requirement;soil testing;phosphorus sorption;phosphorus acquisition efficiency;topsoil foraging;root hairs;specific root length;mycorrhiza;Trifolium subterraneum;Ornithopus;Phosphorus fertilization;Animal manure;Biofuel feedstock;Biofuel production;Concentrated animal feeding operations;Conservation tillage;Eutrophication;Riparian buffers
