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05 Dec 16:00

rne01 3-6cm

9.3+73.3

172.2

157.6

1.13

22.0

NA

Part of soil sensor installation; no coincident data recorded; crumbly peat; wet weighing was 2 days later, so likely dried somewhat.
10 Dec 09:00tse12 3-6cm9.3114.8108.51.499.5NAPart of soil sensor installation; no coincident data recorded; rocky sand
10 Dec 11:00

rsw04 3-6cm

9.3106.291.9 1.2421.5NAPart of soil sensor installation; no coincident data recorded; quite organic

18 Jan 13:00

tse07 3-6cm9.394.682.71.1017.911.4Part of soil sensor installation; Site started logging data 4 hours later (17:01); started weighing about 4 hours after sample taken, but wasn't very hot today.
20 Jan 14:00tnw09 3-6cm73.3174.1169.51.456.9NAPart of soil sensor installation; no coincident data recorded; rocky sand
20 Jan 14:00rne06 3-6cm73.3130.4118.50.6817.9NAPart of soil sensor installation; no coincident data recorded; light organic
26 Jan 11:00v04 3-6cm9.3115.7101.91.2520.8NAPart of soil sensor installation; no coincident data recorded; loose organic+rock
2 Feb 14:30

rne07 3-6cm

 9.3143.1

136.0

 1.91 10.7 NASensor installation; data started next day; interesting multi-colored (orange/grey) rocky sand
2 Feb 17:00tse02 3-6cm 9.4+73.3150.1134.3 0.78 23.8 NASensor installation; no coincident data

3 Feb 11:30

v07 3-6cm9.4+73.3

176.4

 

161.21.1822.88NASensor installation; organic; Drying in cold oven while we are gone.
6 Apr 18:30v06 3-69.491.2740.9725.89NASensor installation; light organic

14 Apr

18:30

rne039.498891.2013.55NASensor installation; clay (????NO SOIL SENSORS HERE)

24 Apr

17:13

tnw059.479   3.4 

24 Apr

17:14

v019.484.2   6.9 

10 May

14:00

tnw029.4+73.3191.7188.21.595.3

-2.7

 

Sensor installation; very dry grey power/sand below 2cm (despite rain starting)

16 May 12:40

tse059.4+73.3164.4153.21.0616.914.6Sensor installation; lots of fist-sized stones in peat;
19 May 1335tse019.4+73.3178.2170.71.3311.36.8Beginning of second round of cores; pretty dry since rain last week
19 May 1405tnw029.4+73.3182.3178.41.445.9-0.2 
19 May 1435tse029.4+73.3184.5179.41.467.710.5 
19 May 1550tse079.4+73.3155.4142.40.9019.613.2 
19 May 1615tnw099.4118.4114.21.586.3-7.2 
21 May 1405rsw049.4+73.3143.5138.50.847.53.6 
21 May 1420v019.4+73.3141.1130.00.7116.713.2 
21 May 1820rne019.4117.0110.41.529.911.4 
21 May 1900tse129.4138.4133.31.877.74.2 
22 May 1600v079.4115.3107.21.4712.29.2 

22 May 1630

tnw059.464.256.60.7111.48.3 
22 May 1700rne069.4+9.482.4+125.180.1+124.02.79

5.1

6.2Rock included as part of sample; required separate pan to weigh
22 May 1720rne079.4131.1129.61.812.3

3.7

 
22 May 1800v049.4130.1121.71.6912.611.8 
23 May 1645v069.4112.4     
         

Date Time

Position

Tare (g)

Wet (g)

Dry (g)

rho (g/cm^3)

Moist (%)

Moist (%) 
EC-5

Comments

loc = c("rne01","tse12","rsw04","tse07","tnw09","rne06","v04","rne07","tse02","v07","v06","rne03","tnw05","v01","tnw02","tse05","tse01","tnw02","tse02","tse07","tnw09","rsw04","v01","rne01","tse12","v07","tnw05","rne06","rne07","v04")

loc = loc[-12]

locs = sort(unique(loc))

tare = 9.3+c(73.3,0,0,0,73.3-9.3,73.3-9.3,0,0,73.3,73.3,0,0,0,0,73.3,73.3,73.3,73.3,73.3,73.3,0,73.3,73.3,0,0,0,0,9.4,0,0)

wet = c(172.2,114.8,106.2,94.6,174.1,130.4,115.7,143.1,150.1,176.4,91.2,98.0,79.0,84.2,191.7,164.4,178.2,182.3,184.5,155.4,118.4,143.5,141.1,117.0,138.4,115.3,64.2,82.4+125.1,131.1,130.1)-tare

dry = c(157.6,108.5,91.9,82.7,169.5,118.5,101.9,136.0,134.3,161.2,74.0,89.0,NA,NA,188.2,153.2,170.7,178.4,179.4,142.4,114.2,138.5,130.0,110.4,133.3,107.2,56.6,80.1+124.0,129.6,121.7)-tare

ec5 = c(rep(NA,3),11.4,rep(NA,8),3.4,6.9,-2.7,14.6,6.8,-0.2,10.5,13.2,-7.2,3.6,13.2,11.4,4.2,9.2,8.3,6.2,3.7,11.8)

wet = wet[-12]; dry = dry[-12]; ec5 = ec5[-12]

vol = c(3)*pi*(5.31/2)^2

moist = 100*(wet-dry)/vol

rho = dry/vol

matplot(moist,ec5,xlim=c(-10,60),ylim=c(-10,60)); abline(0,1,lty=2); abline(-8,1,col=3,lty=2); abline(h=0,v=0)

il = match(loc,locs)

par(mfrow=c(4,4),xaxs="i",yaxs="i",las=1,tck=0.03,mgp=c(2,0.5,0),mar=c(2,2,3,0.5))

for (i in 1:length(locs)) {

im = il==i

plot(moist[im],ec5[im],xlim=c(-10,60),ylim=c(-10,60),xlab="",ylab=""); abline(0,1,lty=2); abline(-8,1,col=3,lty=2); abline(h=0,v=0)

points(moist[im],rho[im]*10,pch="r")

title(locs[i])

}

 

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