• Urine patch area coverage of an intensively stocked dairy pasture 

  Moir, J. L.; Cameron, K.; Di, H.; Fertsak, U. (Lincoln University., Brisbane, Australia, 2010-08)

  The objective of this study was to develop a new method to quantify seasonal and annual urine patch area coverage under an intensive dairy farming system.
• 15N and 18O values of soil emitted N2O from a New Zealand pasture amended with lactose-depleted dairy factory effluent and urea - preliminary results 

  Ford, C.; Bol, R.; Clough, T. J.; Sherlock, R.; Di, H.; Cameron, K. (Lincoln University. Centre for Soil and Environmental Quality, Wellington, New Zealand, )

  The study presents some preliminary data of the influence of LD-DFE on the 18O and 15N values of N2O from a New Zealand pasture soil.
• The spatial distribution and area coverage of urine depositions in grazed pastures in New Zealand 

  Moir, Jim L.; Fertsak, Ulrike; Cameron, Keith C.; Di, Hong J. (Lincoln University., 2006)

  A study using GPS and GIS technology to make accurate measurements of the spatial distribution and area coverage of urine depositions in grazed dairy and sheep and beef pastures in New Zealand.
• Verification of the implementation of CWM1 in the HYDRUS Wetland Module 

  Palfy, T. G. (Lincoln University, 2013)

  The Constructed Wetland Model N°1 (CWM1) is a numerical biokinetic model describing microbial transformation and degradation processes in subsurface flow constructed wetlands. In this master thesis the CWM1 implementation ...
• Final report: Review of New Zealand Specific FracGASM and FracGASF Emissions Factors 

  Sherlock, R.; Jewell, P.; Clough, T. (Lincoln University, Christchurch, 2009-01)

  FracGASM and FracGASF are important factors within national nitrous oxide (N₂O) emissions inventories. These factors represent the proportions of manure-N and fertiliser-N respectively that are released into the atmosphere, ...

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