â–º Use of regional water scarcity factors reduced the WF of NZ dairy farming significantly. â–º ... more â–º Use of regional water scarcity factors reduced the WF of NZ dairy farming significantly. â–º Use of catchment-specific characterisation factors are preferred for WF studies. â–º Summing the different coloured waters into one WF-WFN reduces the relevance. â–º Freshwater availability indicators must be complemented by degradation indicators.
Abstract Two most critical factors to address in environmental system analysis of future milk pro... more Abstract Two most critical factors to address in environmental system analysis of future milk production are 1) the link between milk and beef production, and 2) the competition for land, possibly leading to land use change (LUC) with greenhouse gas (GHG) emissions and ...
â–º Use of regional water scarcity factors reduced the WF of NZ dairy farming significantly. â–º ... more â–º Use of regional water scarcity factors reduced the WF of NZ dairy farming significantly. â–º Use of catchment-specific characterisation factors are preferred for WF studies. â–º Summing the different coloured waters into one WF-WFN reduces the relevance. â–º Freshwater availability indicators must be complemented by degradation indicators.
Abstract Two most critical factors to address in environmental system analysis of future milk pro... more Abstract Two most critical factors to address in environmental system analysis of future milk production are 1) the link between milk and beef production, and 2) the competition for land, possibly leading to land use change (LUC) with greenhouse gas (GHG) emissions and ...
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