1995

Tolner L. - Wahdan A. - Füleky Gy. (1996): Prediction of Phosphate Loss from P-Loaded Soil Particles in Aqueous System. Proceedings of IX.th International Symposium of CIEC, Kusadasi, Törökország 117-122.   Abstract   Full text

1. Tolner L. - Wahdan A. - Füleky Gy. (1996): A talajban adszorbeálódott foszfáttartalom többlépéses deszorpciójának modellezése. Agrokémia és Talajtan 45. 295-306.
2. Wahdan A. - Fleky Gy. - Tolner L. (2000): Recovery of sorbed fertilizer phosphorus by three water extraction methods. Bulletin of the Szent István University. 1997-2000. Gdllo, pp.75-81.
3. Füleky Gy. - Tolner L. - Wahdan A. (2006): Effect of acidification on recovery of fertilizer phosphorus with three water extraction methods. Cereal Research Communications, 34. 183-186.

Tolner L. - Füleky Gy. (1995): Determination of the Originally Adsorbed Soil Phosphorus by Modified Freundlich Isotherm. Commun. Soil Sci. Plant Anal. 26. 1213-1231. IF 0,392   Abstract   Full text

1. Tolner L. - Wahdan A. - Füleky Gy. (1996): A talajban adszorbeálódott foszfáttartalom többlépéses deszorpciójának modellezése. Agrokémia és Talajtan 45. 295-306.
2. Tolner L. - Wahdan A. - Füleky Gy. (1996): Prediction of Phosphate Loss from P-Loaded Soil Particles in Aqueous System. Proceedings of IX.th International Symposium of CIEC, Kusadasi, Törökország 117-122.
3. Tolner L. - Füleky Gy. (1997): Phosphorus dissolution into water from soil surface. Abstract of Dahlia Greidinger International Symposium: Fertilization and the Environment. Technion-HT, Haifa, Israel. Crop Production in the 21-st Century-Symposium Proceeding, p. 49-55.
4. Duffera M - Robarge WP. (1999): Soil characteristics and management effects on phosphorus sorption by highland plateau soils of Ethiopia. SOIL SCI SOC AM J 63 (5): 1455-1462.
5. Bonifacio E. - Barberis E. (1999): Phosphorus dynamics during pedogenesis on serpentinite. SOIL SCI 164 (12): 960-968.
6. Wahdan A. - Füleky Gy. - Tolner L. (2000): Phosphate sorption capacity of a calcareus soil influenced by acidification. Bulletin of the Szent István University. 1997-2000. Gödöllő, pp.83-91.
7. Ioannou A. - Tolner L. - Dimirkou A. - Füleky Gy. (2003): Copper adsorption on bentonite and soil as affected by pH. Bulletin of the Szent István University. 2003. Gödöllő, 74-84.
8. Rheinheimer DS. - Anghinoni I. - Conte E.(2003): Phosphorus sorption in soil in relation to the initial content and soil management. Revista Brasileira de Ciencia Solo 27 (1): 41-49.
9. Potarzycki J. - Gaj R. - Schung E. (2004): Phosphorous adsorption in soils after 20 years (cattle slurry) and mineral (NPK) fertilization. Landbauforschung Völkenrode 54: 13-20.
10. Füleky Gy. - Tolner L. (2006): Determination of the phosphate content originally adsorbed on the soil by fitting an adsorption isotherm model. Applied Ecology and Environmental Research, 4(2): 39-45.
11. Tolner L. (2008): The determination of parameters of multi-step adsorption isotherm by sequential simplex optimization. Applied Ecology and Environmental Research, 6(4): 111-119.
12. Czinkota I. - Földényi R. - Konda L. - Tolner L. - Kovács A. (2010): Critical key buffer capacity points in the soil pesticide tolerance. IX. Alps-Adria Scientific Workshop Špičák, Czech Republic, Növénytermelés 59 Suppl. 17-20.
13. Tellinghuisen J. - Bolster C.H. (2010): Least-Squares Analysis of Phosphorus Soil Sorption Data with Weighting from Variance Function Estimation: A Statistical Case for the Freundlich Isotherm. Environmental Science & Technology 44 (13): 5029-5034
14. Vágó I. - Tolner L. - Czinkota I. - Rékási M. - Kádár I. (2010): Comparison of methods for soil acidity measurement in Nyírlugos (Hungary) long-term field expriment. In: Gilkes RJ, Prakongkep N, editors. Proceedings of the 19th World Congress of Soil Science; Soil Solutions for a Changing World; ISBN 978-0-646-53783-2; Published on DVD; http://www.iuss.org; Symposium 3.1.1; Further development of soil evaluation methods; 2010 Aug 1-6. Brisbane, Australia: IUSS; 2010, pp.41-44.
15. Gustafsson J.P. - Mwamila L.B. - Kergoat K. (2012): The pH dependence of phosphate sorption and desorption in Swedish agricultural soils. Geoderma 189-190: 304-311
16. Kruse J. - Abraham M. - Amelung W. - Baum C. - Bol R. - Kühn O. - Lewandowski H. - Niederberger J. - Oelmann Y. - Rüger C. - Santner J. - Siebers M. - Siebers N. - Spohn M. - Vestergren J. - Vogts A. - Leinweber P. (2014): Innovative methods in soil phosphorus research: A review. J. Plant Nutr. Soil Sci. 2014: 000 1-46.
17. Eriksson A.K. (2016): Phosphorus speciation in Swedish agricultural clay soils. Doctoral Thesis, Swedish University of Agricultural Sciences, Uppsala 2016. p73
18. Eriksson A.K. - Hesterberg D. - Klysubun W. - Gustafsson J.P. (2016): Phosphorus dynamics in Swedish agricultural soils as influenced by fertilization and mineralogical properties: Insights gained from batch experiments and XANES spectroscopy. Science of the Total Environment xxx: xxx-xxx

Nagy A.- Mézes M.- Tolner L. - Várszegi J.- Tőzsér J. (1995): Előzetes adatok a különböző koru Holstein-friz tenyészbikák szeminális plazmájának vizsgálatáról. In: Gábor Gy. szerk: Proc. 3. Szaporodásbiológiai Találkozó, MÁOE, Budapest, pp. 67-70.