Can we achieve carbon sequestration to depth (1 m) under phase farming systems in NSW? Results from the EverCrop® Carbon Plus project

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Title:	Can we achieve carbon sequestration to depth (1 m) under phase farming systems in NSW? Results from the EverCrop® Carbon Plus project
Other Titles:	Southern NSW research results 2015
Authors:	Orgill, Susan Hayes, Richard Conyers, Mark Oates, Albert Xu, Binbin Poile, Graeme van der Rijt, Vince Jia, Yan Morris, Stephen
Keywords:	2008, 2014, carbon sequestration, chicory, clover, cocksfoot, cropping, lucerne, nitrous oxide emissions, perennial pasture, phalaris, red kandosol, sample collection, soil carbon, soil test, Wagga Wagga, Yerong Creek
Issue Date:	2015
Publisher:	Department of Primary Industries
Abstract:	Key findings »» Perennial pastures play an important role in phase farming systems; however, these results indicate that in the short-term, increasing carbon (C) stocks might not be one of them. »» Increases in C stock achieved with the perennial pasture phase were short-term and not sustained through the following cropping phase. »» There was no decline in C stock with the continuously cropped treatment.
URI:	https://nswdpe.intersearch.com.au/nswdpejspui/handle/1/15302
ISSN:	2652-6948
Appears in Collections:	DPI Agriculture - Southern and Northern Research Results [2011-present]

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NSW Dept of Planning and Environment