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SCOPE Newsletter Visions for Sustainable Phosphorus Tomorrow Contributions Received May 2014

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SCOPE Newsletter Visions for Sustainable Phosphorus Tomorrow Contributions Received May 2014 SCOPE Newsletter visions for sustainable phosphorus tomorrow contributions received May 2014 Visions for sustainable phosphorus tomorrow The European Sustainable Phosphorus Platform’s call for texts for a ‘vision for sustainable phosphorus in tomorrow’s world’ received 110 contributions. A selection of 25 are printed in the SCOPE Newsletter special edition n°106. Both these and all the other contributions received are published in this document and present a wide range of ideas and opinions. They are printed as sent, and the opinions expressed are those of the authors, and not of the European Sustainable Phosphorus Platform. Towards a more efficient use of soil phosphate by crop plants ................................................. 6 §§ Gerke J. and Roemer W. Precision Farming & Smart Equipment ......................................................................................... 7 >>>The ‘Know-How per cm2’ Revolution to Master the Phosphorus Challenge §§ Adam U. Sustainable phosphorus fertilisation in agriculture ..................................................................... 8 >>>How to promote sustainable phosphorus fertilisation in agriculture §§ Amery F. P in Agriculture ............................................................................................................................. 10 >>>Nanoparticles can play a vital role in Phosphorus Nutrition §§ Arshad M. Phosphorus Flow .......................................................................................................................... 11 >>>Nutrient Recycling Through Land Application of Biosolids §§ Bashar R., Gungor K., and Karthikeyan K.G. P in agriculture, soils, crops, animal feeds, forage crops, sustainable farming systems ....... 12 >>>The Fertile Grounds Initiative: an integrated approach to increase nutrient availability and nutrient use efficiency. §§ Van Beek C., Van Duivenbooden N., Noij G-J., Heesmans H. and De Ponti T. Soil phosphorus in sustainable farming systems ...................................................................... 14 >>>Designing the crop rhizosphere for sustainable phosphorus use in agriculture §§ Menezes-Blackburn D., Giles C. D., George T. S., Shand C., Lumsdon D., Cooper P., Wendler R., Adu M., Brown L., Stutter M., Blackwell M., Wearing C., Zhang H. and Haygarth P. M. Education will make closed nutrient cycles the next ‘normal’ .................................................. 16 §§ Bouteligier S. and Halet D. Phosphorus in sewage treatment and management .................................................................. 17 >>>Regulating phosphorus recovery from sewage ensures a net benefit? §§ Bradford-Hartke Z. and Leslie G. Putting a Phosphorus Bounty on Society’s Bad Behaviour ...................................................... 18 §§ Brownlie W., Spears B. and Sutton M. P resources and their use ............................................................................................................ 21 >>>And why not phosphates from animal origin? SCOPE Newsletter visions for sustainable phosphorus tomorrow contributions received May 2014 - Page 1 §§ Carpena J. and Lacout J. L. Towards phosphorus security for a food secure future ............................................................ 22 §§ Cordell D. Comparative Life Cycle Analysis of two detergents: 1) Phosphated and 2) Phosphate free .. 24 §§ Castro G. and Luis J. Sustainable P Management Inspired by Nature .......................................................................... 25 >>>A novel perspective beyond phosphorus stewardship §§ Davelaar D. A mature market for recycled nutrients in 2030 ......................................................................... 27 §§ De Buck W. Securing Phosphorus in Tomorrow’s World .............................................................................. 28 §§ Drèze J-R. Optimizing Phosphorus Recovery during Wastewater Treatment: ........................................... 29 >>>Supplementing existing wastewater treatment with electrokinetics §§ Ebbers B., Ottosen L. M. and Jenssen P. E. Phosphorus recycling from cities to arable land ....................................................................... 30 >>>Clean products and efficiency at all levels §§ Kihl A. and Enfält P. Efficient Phosphorus Use in Animal Nutrition ............................................................................ 31 §§ Flachowsky G. and Rodehutscord M. Phosphorus applications in Industry – A high potential of achieving “positive materials´ criticality” ...................................................................................................................................... 33 §§ Gantner O. and Reller A. Harnessing sequestered phosphorus from abandoned feedlots: A feasible alternative to depleting phosphorus .................................................................................................................. 34 §§ Gbolo P. and Gerla P. P Stewardship for Food and Fuel: Would You Rather Eat or Drive? ......................................... 36 §§ Gifford M. P losses to surface waters, eutrophication and water catchment management ...................... 37 >>>Prevent incidental losses of phosphorus by erosion from agricultural fields §§ Griffioen J., Van der Grift B. Jansen S., Rozemeijer J., Van den Roovaart J., Van Gils J. High Temperature Reactors (HTRs) for energy neutral phosphorus production ..................... 38 §§ Haneklaus N., Reitsma F. and Tulsidas H. Financial incentives to drive circular economy .......................................................................... 40 >>>Dredging and flexible pollutant fees keep phosphorous on land §§ Hinton S. and Simonsson B. P-recovery: Looking Beyond Struvite for P-Recovery .............................................................. 42 §§ Hao X., Wang C., Van Loosdrecht M. C. M. and Hu Y. Expanding the understanding of nutrient management ............................................................ 43 §§ Hukari S. and Wemyss D. Phosphorus and Bone Health ...................................................................................................... 44 >>>Synergy with Calcium and Essential Human Health §§ Rankin R. Sustainable Future Phosphorus Management: .......................................................................... 45 >>>Optimum P-Supplies of agricultural Soils to meet Sufficiency, Efficiency and Consistency SCOPE Newsletter visions for sustainable phosphorus tomorrow contributions received May 2014 - Page 2 §§ Isermann K. and Isermann R. We don’t need to reinvent the wheel! .......................................................................................... 47 §§ Kabbe C. Toward More Sustainable Livestock Feeding Systems: ............................................................ 48 >>>Barriers to Adoption of Precision Phosphorus Feeding of Ruminants §§ Feng, X., Ray P. P. and Knowlton K. F. Sustainable Agricultural NP Turnover in the 27 European Countries ....................................... 50 §§ Csathó P. and Radimszky L. – pending copyright confirmation Nutrient cycling as a means for sustainable agriculture and healthy water systems ............. 51 §§ Herlin I., Baltic Sea Action Group Vision ............................................................................................................................................. 52 §§ Maurer A., ICL-PP Phosphate mining, an alarming situation in lower Himalayas................................................... 53 >>>P losses to surface waters, eutrophication and water catchment management §§ Irshad U. et al. Vision 50 by ’50 ............................................................................................................................. 55 §§ Birky B., Hilton J., Johnston J., Moussaid M. Phosphorous disposal by the land application of animal waste: Virginia ................................ 56 §§ Land L. S. The Future for Phosphorus in England ....................................................................................... 57 §§ Leaf S. Phosphate recovery: Study of economic chances and Opportunities ..................................... 59 §§ Luesink H. Unlock Phosphorus from Soils Based on Molecular Level Mechanisms ................................. 61 §§ Liu Y-T. A case study of biological phosphorus removal from municipal wastewater in warm countries ....................................................................................................................................... 62 §§ Drouet K., Lacroix S., Manas A., Ochoa J. and Lemaire R. Maximizing phosphorus investments with soil management ................................................... 63 >>>Amplifying phosphorus use efficiency by site-specific soil fertility management §§ Margenot A. J. and Sommer R. Silicon-rich substances and future of phosphate fertilizers practice ....................................... 64 §§ Matichenkov V. V. and Bocharnikova E. A. Phosphorus in agriculture, soils and crops................................................................................ 65 >>>Understanding the bioavailability of new and old phosphorus to crops §§ McGrath S.P. & Blackwell M.S.A, Comans R.N.J., Koopmans G.G. & van Dijk K.C., van Rotterdam D. & Bussink W., Delgado A., Gustafsson J. P., Merckx R. & Smolders E. and Frossard E. & Oberson A. P resources and their use ............................................................................................................ 68 >>>Cities as key components of sustainable food-system
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