@book{71bbb62eb6f14aa5b562f996471e98ef,
title = "Assessment of a GM-crop impact on soil systems using the DNA barcode-based tool for nematode community analysis",
abstract = "The RIVM has developed with the Wageningen University (WUR) a new technique by which the soil quality can be determined accurately, the so-called nematode DNA barcode tool. This molecular method provides faster and more detailed information about disturbances in soil quality and the possible causes. This can be done because this novel information is combined with data on the overall processes by which crops are grown. Examples are the use of pesticides and effects on the soil systems of agricultural techniques such as ploughing and fertilizing. In this way a better understanding of the influences on soil quality of agricultural practices, such as genetically modified (GM) crops, can be achieved.",
keywords = "bodemkwaliteit, bodempathogenen, bodemweerbaarheid, moleculaire diagnostiek, plantenparasitaire nematoden, transgene planten, bodemecologie, risicoschatting, soil quality, soilborne pathogens, soil suppressiveness, molecular diagnostics, plant parasitic nematodes, transgenic plants, soil ecology, risk assessment",
author = "J.A. Vonk and C. Mulder and M.T.W. Vervoort and K.M. Brolsma and L. Posthuma and {de Goede}, R.G.M.",
note = "Commissioned by NWO, the Netherlands Organization for Scientific Research, and was financially supported within the {\textquoteleft}ERGONema project{\textquoteright}, grant 838.06.060",
year = "2012",
language = "English",
series = "RIVM Report",
publisher = "RIVM",
number = "607019001/2012",
address = "Netherlands",
}