Leenen et al. (2017.0). Building a national (German) mid infrared database for soils. Wageningen, : .
Wallor E., Kersebaum K., Lorenz K., Gebbers R. (2017.0). Connecting crop models with highly resolved sensor observations to improve site-specific fertilisation. Advances in Animal Biosciences, 8(2), 689-693. doi:10.1017/s2040470017000358
High spatial variability of soil properties restricts the benefits of process-oriented modelling for management recommendations on field scale due to rare information about the soil inventory and its distribution. Geo-electrical mapping provides with a certain spatial pattern, but results are influe…
Brüggemann, C. (2017.0). Da scheiden sich doch die Geister. Land & Forst, 21(), p. 32-33.
http://www.signal.uni-goettingen.de/wcm/wp-content/uploads/Br%C3%BCggemann-2017-Land-und-Forst.pdf (basierend auf Interview mit L. Göbel)
Ekardt, F., Wieding, J. (2017.0). Defending environmental economic instruments against the economists and their opponents: Transforming the theoretical basis of pricing natural ressources. Berlin, Germany: Mathis, Klaus (Hg.).
Langenberg, J., Drittler, L., von Bierbrauer, T., Schaper, C. und Theuvsen, L. (2017.0). Der Markt für Bioenergie. German Journal of Agricultural Economics (GJAE), 66(), p. 107-125.
https://ageconsearch.umn.edu/nanna/record/319914/files/8_Bioenergie.pdf?withWatermark=0&withMetadata=0&version=1®isterDownload=1
Koszinski, S., Heggemann, T., Ibs-Von Seht, M., Pätzold, S., Petersen, H., Steuer, A., Welp, G., Sommer, M. (2017.0). Gamma radiometric mapping of soil texture at field and regional scale. Wageningen, : .
Gros P., Ahmed A., Kühn O., Leinweber P. (2017.0). Glyphosate binding in soil as revealed by sorption experiments and quantum-chemical modeling. Science of The Total Environment, 586(), 527-535. doi:10.1016/j.scitotenv.2017.02.007
The herbicide glyphosate (GLP) is supposed to be rapidly degraded or adsorbed strongly by soil solids but findings in soil years after application and concentrations in waters above legal limits question a harmless disappearance. Therefore, we conducted batch sorption experiments with 23 thoroughly …
Riebe et al. (2017.0). Laser-induced breakdown spectroscopy (LIBS) for efficient quantitative determination of elemental plant nutrients in soils: A contribution to precision agriculture. Wageningen, : .
Brunotte, J. und Lorenz, M. (2017.0). Optimierter Maschineneinsatz für eine bodenschonende Silomaisernte – Anpassung der mechanischen Belastung an die Verdichtungsempfindlichkeit von Böden. Zeitschrift Mais, 04/17(), .
Lorenz, M., Brunotte, J., Fröba, N. (2017.0). Optimierter Maschineneinsatz schont den Boden: Anpassung der Lasteinträge landwirtschaftlicher Maschinen an die Verdichtungsempfindlichkeit des Bodens. Landwirtschaft ohne Pflug (LOP), 22,(H. 12), S. 36-41.