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Guy Trafford points out that taxing farming carbon output will just reduce or close local production, with urban food then sourced overseas. First-mover actions will be an own-goal

Rural News
Guy Trafford points out that taxing farming carbon output will just reduce or close local production, with urban food then sourced overseas. First-mover actions will be an own-goal

By Guy Trafford

The terms of reference for the Productivity Commission was investigate “Opportunities and challenges of a transition to a lower net emissions economy for New Zealand”. New Zealand has been slow out of the blocks on this issue and while most developed countries have made considerable progress towards reducing their emissions we have moved backwards especially around the area of transport.

However, the now very obvious elephant in the room is agriculture, and especially livestock.

The issue of including livestock into any ET scheme is going to be a very vexed issue. Yes, agriculture contributes around 49% of New Zealand’s emissions and so if a credible effort is made to reduce total greenhouse gas emissions agriculture and particularly livestock needs to be included.

However, how should be this done in a fair way, and in a way that gets the benefits without breaking the bank of either farmers or the regulating body, is not going to be easy.

The Productivity Commission believes that a carbon price of somewhere between $157 - $250 will be required to achieve the GHG savings needed to meet future targets. This, in my view, is rubbish and scare mongering. 

But before price gets tackled there is the whole issue of how agriculture is to be included. If the idea is to cease farming in New Zealand as we know it then applying a high price as a blunt instrument may have some merit. However, apart from some fringe groups I do not believe this is what the bulk on New Zealanders wish to see.

There is general agreement that to reduce emissions farmers will need to be measured on an individual farm basis, thereby the incentives are directly felt and able to be responded to.

To assess farms will take an army of bureaucrats who don’t currently exist. Farm costs will rise, and the cost of food should go up - just as the price of fuel will and has gone up. Except in this case it won’t.

Farmers will not be able to pass the additional costs of production on to the consumer, where it should lie, as supermarkets will just purchase cheaper food from overseas and sell it here. Already, New Zealand imports cheap pork, cheeses, fish, vegetables, etc etc., from overseas where standards for environmental compliance are lower and effectively undercut local producers

As long as New Zealand is the only country who directly targets agricultural emissions, farmers here are playing on a very uneven playing field. Being a first mover achieves lofty ideals but it comes at a very high cost.

International food production follows the lowest cost of production and the highest profits. If you have doubts check the labels next time you buy your food.

Planting trees on properties which are eroding and not suited to more productive forms of primary production is a sensible and obvious approach and due to the low productivity already on this land a price well below those mentioned in the report will achieve this end. Bear in mind that farmers brought their farms to farm and not to be foresters and so the land use change will not happen overnight.

One of the greatest impediments in encouraging this land use change is getting consistent policy from successive governments as we have had wild extremes in the past as governments actions are driven by short term political expediency rather than having bi-lateral agreements that stand the test of time. Given that we can work on 50 year rotations for pine and longer for other tree species the correct mix of species should allow a long term approach in tree planting to delay the cyclical concerns that plantation harvesting and a saw tooth graph approach to GHG emissions.

Within reason most sheep and beef farmers should be able to make money out of the scheme by selective plantings especially if other technologies are available in the future to reduce livestock emissions and providing the carbon price for trees remains at an adequate level, and I would suggest $25 per tonne not $250 would be adequate for this.

As usual dairy farming is going to be the problem child, simply because most dairy farms are on highly fertile and generally flat land unsuited for increased levels of tree planting. Given that we can’t rely upon milk prices to be at a level to sustain a higher carbon price, if farmers believe this ‘future’ is inevitable  then I can think of worse things to doing than forming consortiums and purchasing poorer classes of land able to be planted, land to hedge against their future liabilities.

So to the future?

Consistent bilateral agreements are very necessary.

Provide reasonable time frames to allow farmers to respond (unlike 1984). This may also gain time to encourage other countries to come on board and level out the playing field.

Provide two forms of auditing to simplify the on-farm assessment of emissions. One with a higher price that uses a paper trail evidence approach (stock numbers and sale dates and weights etc) and another with a lower price but a higher administrative cost that does an individual (complicated) on farm assessment so farmers who believe they are able to achieve savings over and above an average table top approach are incentivised.

Let’s see how this goes and get our transport emissions down in the meantime with other means as well as an ETS (car testing for emissions and higher registration costs etc. to encourage less cars on the road).

And look to a future that we may recognise.

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13 Comments

Seems like we're talking about paying to have the carpets dried on the Titanic.
Farming in current form is the process of turning many finite fossil fuel calories into fewer food calories, while reducing biodiversity, soil resilience and run-off capacitance in the process. Even in the medium term, it's unsustainable.
Oh, and it's done in pursuit of digital '1's and '0's in some bank computer - makes Jack's swapping of the family cow for a few magic beans, look clever in comparison. Because those digits are going to be worthless beyond the energy-underwrite. We're down to an EROEI now of maybe 17:1, and there's never been more debt extant. That process will play out well before 2050, and makes a mockery of 'valuing' per dollar/tonne.
We need physical caps, and trading under them, but addressing carbon alone is not enough - we need to address non-fossil-fuelled farming supplying a non-fossil-fuelled world. Exponential growth, reducing quality and time-remaining are the problems - we're down to fracking and hype currently......
My guess is that we will revert to more labour per acre, to smaller holdings, closer distribution, and low/no debt operations.

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"Then, in America, in about 1940 acreage and yield decoupled. Since about 1940 American farmers have quintupled corn while using the same or even less land.

...A recent meta-analysis by Wilhelm Klümper and Matin Qaim of 147 original studies of recent trends in high-yield farming for soy, maize, and cotton, funded by the German government and the European Union, found a 37 percent decline in chemical pesticide use while crop yields rose 22 percent.
The story is precision agriculture, in which we use more bits, not more kilowatts or gallons."
https://phe.rockefeller.edu/docs/Nature_Rebounds.pdf

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Agriculture is not the elephant in the room if emissions are measured correctly on a net basis - subtracting off the huge CO2 absorption driven by the carbon cycle from our grass and crop lands.

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ummmmm where does the carbon go from these grass and crops once consumed by said animal?

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A very high % of NZ's agricultural production is exported. That's what makes us unique and requires us to measure our emissions scientifically.

Norway is not responsible for the gas it exports and associated emissions when burnt.

Australia is nor responsible for the coal it exports when burnt. A well established principle.

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Try reading more widely before commenting rastus.
"Adaptive multi-paddock grazing can sequester large amounts of soil C.

Emissions from the grazing system were offset completely by soil C sequestration."

"After including SOC in the GHG footprint estimates, finishing emissions from the AMP (grazing) system were reduced from 9.62 to −6.65 kg CO2-e kg carcass weight (CW)−1, whereas Feedlot emissions increased slightly from 6.09 to 6.12 kg CO2-e kg CW−1 due to soil erosion."

https://www.sciencedirect.com/science/article/pii/S0308521X17310338?_rd…

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..my point was...you grow grass and sure, it absorbs carbon. But the cropping of it (eating/whetever) releases it again. Maybe I misunderstand your point?

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Organic matter - root mass etc. - breaks down in the soil eventually forming soil organic carbon. Cropping and heavy tillage reduce SOC but practices like rotational grazing, zero tillage and forestry build up SOC. Increasing SOC by 1% in the top 30cm weighs about 40 tonne - from memory. in NZ gross agricultural emission calcs ignore increases of SOC.

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Fair point. Probably unfair on an individual farmer basis, but overall I’m picking immaterial - due to far more likely to be depleting rather than building up soil carbon.

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Try telling the politicians that....

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Whats going to change is what we eat, diabetes is a monster problem.

http://www.abc.net.au/4corners/tipping-the-scales/9712342

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1) I agree that NZ should transition agriculture into a carbon tax/ETS scheme at a measured rate & ideally at the same rate as other countries

2) The carbon price / ETS will eventually be set by an international benchmark price. Given the world is seeking net zero carbon emissions the price will have to rise - we are nowhere near net zero

3) NZ farming is also at risk from synthetic meats and milks. We will need to transition away anyway into other industries as we are unlikely to be able to compete with industrial scale protein production.

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I don't think that there is no potential for different CO2 "savings" on flat fertile land. Such land, by definition , has a lot of rivers and streams, and alot of roads. All waterway have to have the waterway buffer fenced off and planted on dairy farms.This is a huge resource, going to waste in most cases , because it is planted in the wrong species. A % has to be native, but no real thought gone into which natives to plant. Many native trees are palatable and nutritious to cows, I know cos they have eaten much of my plantings.! I don't know of any research into which species store or use more carbon, or use more nitrogen etc form the soil. Then there's shelterbelts, reducing chill factor in winter , providing shade in summer, no real mainstream research into their carbon and nutrient absorption potential . And again as fodder source. Then there are road sides, many planted with trees , but not counted as individual sites less than 50 ha. Maybe they could allow transit or councils to calculate on a district wide basis. I read of heritage railwaysoverseas ,surviving because they have planted out and sold the carbon on their 20 metre wide strip k.ms long. Maybe Kiwirail is sitting on a goldmine!

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