Scorchin Metadata
Fire influences on needle decomposition: thermal tipping point in Pinus radiata needle carbon chemistry and soil nitrogen transformations

Data captured and curated by Erinne Stirling 2017-2018

'2018 Scorchin n_chem.csv' <- Chemical data
	ID	<- Sample ID
			000 Blk <- No amendment, control treatment
			040.C	<- Litter amendment heated to 40 degrees Celsius
			085.C	<- Litter amendment heated to 85 degrees Celsius
			100.C	<- Litter amendment heated to 100 degrees Celsius
			135.C	<- Litter amendment heated to 135 degrees Celsius
			150.C	<- Litter amendment heated to 150 degrees Celsius
			178.C	<- Litter amendment heated to 178 degrees Celsius (rounded to 180)
			200.C	<- Litter amendment heated to 200 degrees Celsius
			225.C	<- Litter amendment heated to 225 degrees Celsius
			260.C	<- Litter amendment heated to 260 degrees Celsius
			320.C	<- Litter amendment heated to 320 degrees Celsius
	TIME	<- Harvest time (days)
	MBN	<- Microbial biomass N (μgN/gSoil)
	NO3	<- Nitrate/Nitrite (μgN/gSoil)
	NH4	<- Ammonium (μgN/gSoil)
	PMN	<- Potentially mineralisable N (μgN/gSoil)

'2018 Scorchin cum_resp.csv' <- Cumulative respiration data
	TREAT	<- Treatment ID
			T000	<- 000 Blk (see above)
			T040	<- 040.C
			T085	<- 085.C
			T100	<- 100.C
			T135	<- 135.C
			T150	<- 150.C
			T178	<- 178.C
			T200	<- 200.C
			T225	<- 225.C
			T260	<- 260.C
			T320	<- 320.C
	TYPE	 <- Treatment ID_rep number
	TIME	 <- Headspace sampling time (cumulative, days)
	CUM_RESP <- Cumulative respiration (mgCO2-C/gOC)