Parameters are integral part of an item’s description. New parameters can be added by clicking the litlle ‘+Add’ in the upper left corner of the tab. Now either all mandatory entries can be filled in manually or by autocomplete.

Manually a (long) name and a short name need be assigned. As for the whole item the shortname should be as unique as possible. This can be achieved by attaching an index to the parameter, a serial number or something else which appears feasible. Keep in mind that the short names cannot be modified, because once created they are in use within ingest and storage (for setting the path to data files for a particular item). Be also aware that you cannot create items with the same short name under one parent (e.g. you cannot have two temperature parameters at the same item, rather choose temperature01 and temperature02) and avoid capital letters.

The field ‘Type’ refers to the parameter type (e.g. conductivity or cm/s). The unit of measurement must be set as well. Summaries of available types and units (as of 2021-06-16) are listed below.

When using autocomplete by punching in the first letters of the ‘Name’ field parameters from the stock of pangaea.de are offered to you by registry.awi.de. Especially the comment appears useful if data from O2A is propagated to pangaea.de for publishing. When using the autocomplete form only the parameter short name is left blank, because the user might want to choose a different one.

form to set up new parameterssuggestion of parameter entries from pangaea.defilled form

Please consider adding properties (spaces.awi.de/x/2Ia0FQ) to a parameter (by clicking the button) if applicable.

When in doubt or something is missing to your opinion, please send a support request to o2a-support@awi.de or ask the chief editors of your project.

Available parameter types
systemNameiddescriptionuuid
absorption309
91becf79-26dd-4b22-a008-a04409645bd5
acceleration303
87670ea4-f792-43cd-a39d-4a62dc17cc02
activity429
76b4c379-c254-4f0d-b646-12eab4c23995
aerosol_mass_concentration436
98341363-3ea3-414f-9c6e-97b89d6b315e
aerosol_optical_thickness516
3705c3fe-6223-4ad6-8db6-9dbd1bcf5197
air_temperature68Parameters quantifying the degree of hotness of the atmosphere. Specifically excludes indirect measurements of other parameters such as wet bulb temperatures.fc5cc4ed-34f1-4442-bf62-03064ac8b3a2
altitude458
cd377775-29ed-4fc9-a40a-2897e223060b
amount287
0efb68bc-ff69-4bd7-bbd5-d3c10a165ac0
amplitude275
4271a82d-837b-4810-aaf0-0322f3b0c773
angle534
6b64f4d3-fdc2-4ffe-be8a-b995b10ccccd
angular_rates461
be715c33-1bf0-4700-8083-68c98aced542
attitude264
10a9cc16-bd0b-4c41-816b-4536f48f61f1
backscatter_strength87
37b9ab0c-2848-4545-96f2-5ad7f1847cbf
barometric_pressure89barometric pressurec746b75f-9c8c-4a05-af0c-26438b89607a
Battery_terminal_voltage421
44502796-11b8-4ea5-b817-9730aaf08a19
benthic_flux60
77c357ed-6d1c-49ae-8c8e-49cb3bec8b05
black_carbon439
cce7a2a2-a0ba-4bad-8546-161b301cd452
brightness_temperature387
2ec8f70f-d863-40c1-94db-eadd5b9b1e14
broadband_irradiance395
88a80c9d-dc33-4456-acec-541e6dadded4
capacitance542
57205b7f-ed6b-429d-9e9e-2b39cd7ee757
carbon_dioxide530
471b0684-ddf5-43fa-bb19-56a0de55afa9
carbon_monoxide432
a9e87cce-1dec-47f9-ad9b-f46c05f915dc
chlorophyll_a61
0b11db4a-2b7d-4e21-80b2-e50798256cd0
chromophoric_sensor181Colored dissolved organic matter (CDOM) is the optically measurable component of the dissolved organic matter in water.12bada79-eac9-4ee1-9c8c-5087f8fdd441
cloud_ceiling98
6629860c-96a4-4af3-baf3-3b18c1f0662d
cloud_condensation_nuclei438
44c92e8f-efa2-4d03-b792-5759d274db48
CO299
a21726d3-ff08-443d-8aa8-040fbcaeadc2
colorimetric228colorimetric80bb2f08-7491-4193-844f-91aeacdf8059
concentration192concentration4afcaa7a-83fb-4cb5-b728-121672931f83
conductivity66
c1eed3fa-acb9-4c91-b9d1-38cbe884e00b
cosmic_particles297
01cc6aff-bfe3-4e3e-90d5-43816c22f6c0
course_over_ground397course over ground4c3ed12f-9fb8-487c-9441-8ab6cc0d24b0
current280
e7e2efa4-8f58-4602-bafe-fd7727c065dc
current_direction77
7aef0165-663f-4d88-9fd7-9b6d85ffc5a7
current_speed76
dbf564ab-4847-42a1-81c9-3e9e66371e8a
date454
2e3ed696-87f3-4e66-b686-6852c8068b4e
date_and_time103
03eca2de-557a-4a5b-bdfb-674a83155be6
delta_T202Temperature Differenced27c5b9a-985a-41a9-ae07-089ef8ec4f69
density313
ccdf06cc-f857-4567-9ce2-1e37d8c9244e
depth54
6cd37bff-4385-41c4-ac6f-3facebf5827b
dielectric_permittivity539
c778f89b-45ff-4c7e-b87f-2d9694935022
diffuse_radiation95
a3f4d16d-8f52-4681-95fa-5dd4c296d08e
direct_radiation96
4ef54061-1f22-4f08-9beb-ae49f0660799
direction460
2bd9c71f-c09f-4177-a663-10a4cb82da2c
distance195distance86359168-9698-47bb-a929-58b1eec7c875
duration175
e596e004-46cc-40e5-b67b-29c39d7e4215
electrical_resistence6The electrical resistence306d0e38-85a7-4120-bacc-306c3900caa6
factor391
317fb838-05e3-44a0-bdde-7453b3f60817
flow69
04ab2d1e-4085-47a6-b228-4cf5526b0bcf
fluorescence55
d1c6ec43-1a54-41dc-b07f-4b36fcb0be25
fluorescent_particles437
7f276689-c86a-49ba-a4e1-96212724c87e
force386Force8bfb459f-8df3-4856-8b40-77fa50d70acf
frequency308
eaa40e53-1736-4994-a031-4264fe590a0e
global_radiation93
b52b26c1-1492-4f18-a9c5-e8db610a22f1
gravity302
d1501fda-6e40-4e25-aa1e-ce67a614c2e0
Heat_Capacity502MJ/m³K83412a1d-cda9-48f2-8d3c-28714498d7bb
heatflux324
7aae8fc9-e48d-4057-87e5-e9cde9c31ec2
height455
df7756c1-8d7b-4c0b-bcf7-23c4ab5d06a8
ice_nucleating_particles450
2c4ec7ac-c8e1-4007-9584-9076985edea3
index307A key in an associative array3e3c52ca-f111-424b-ade2-b4b4fed10bce
inorganic_carbon65
076f5dbd-433d-48be-9819-d174b6ea4de6
intensity446
7e509b3a-69df-41fc-a23d-f3a500299b3a
internal_temperature419
ac47d32a-21cc-496d-83ba-1286405252e1
irradiance423
d170de9c-2594-4fc5-87b3-936935ec51ad
isotope_ratio304
a428fb8f-7299-42ab-8dfb-9779c3c9e66f
latitude101
05e7d1fa-5412-48f0-b7e5-c089feb46e2f
length284
7716d4c6-aab8-499a-8878-213f2ee22da8
longitude102
4f36f324-04d2-4d8c-a75d-8b559e3cd8bb
longwave_radiation326
e0e7afce-0d5e-4871-bf53-be19d3daeec6
luminance478
45682dc6-8dd3-4374-b908-54cfb8351557
magnetic_field301
c5df678b-74b7-4833-bef7-75b66f9e04fb
methane431
65d17437-2c33-4072-8a82-fe5f4d21fd95
microbe_samples295
afc279ba-2303-4071-b8bd-048e2c512568
net_radiation327
1f65154a-a146-4d0e-9d5d-4faa043a36e7
nitrate82
07c2d113-47e5-4195-8de7-70f99f0aa24e
nitrite83
14e73044-501f-48cc-a47b-66fd280cd3f5
nitrogen241nitrogene504aa5c-fb1c-4434-9361-c1ed455b3d4d
nitrogen_dioxide180
34f883f0-392e-4cb4-8d33-c4698f3682ad
organic_carbon64
082d9f63-f9cf-4203-ba5f-445b6884ab3e
organic_matter81
30f7e62d-b66f-4b24-94c5-e9ada5e453cc
orientation312Orientation (horizontal relative to true north)67ec3c22-98d7-4bb4-819a-91cf810cde52
oxidation_reduction_potential512Oxidation reduction potential is a measurement that indicates the degree to which a substance is capable of oxidizing or reducing another substance.7fd20aea-a8dc-496e-b400-fdb3a1de7855
oxygen56
c32366c1-87c1-4fee-8bd1-42420a01c6aa
ozone430
6056709d-4b8f-429f-8315-fc761e72381f
ozone_partial_pressure418
0fde0e34-2b4b-4043-a0ae-c46cf6fcc99c
ozone_raw_current420
037930d6-4271-49b8-abaa-9a46b30ed4a8
particle_number_concentration434
fecd55ae-7fce-440a-b027-4b79966cec7c
particle_size_distribution435
18e96f62-e8d0-4e23-b8ef-67b2464b5882
pCO2100
8b35a42c-a3c0-408f-a2a6-1f96b9a93868
pH57
266e749f-24f8-4344-a8c6-fce634af7662
phaeopigment62
66533d5d-709c-4b12-9fba-73e4dedc02f3
phase543
e7506388-5d01-4991-a315-75f4674935d8
phosphate85
03743511-ffba-480a-a3b7-f980159e3884
phospholipid63
5a2e8672-91b8-450b-aae1-06f628486538
photosynthetically_active_radiation88
a5dbb915-4d41-49bf-833b-3f06ce47b837
phycocyanin70
88b662f5-6618-46de-af08-7a63ccd49e7d
picture296
aea50acf-eb8c-4e91-856e-7763c8e9dea4
porosity59
49923753-6751-408c-9991-fd732d23ae24
power314Power is the rate of doing work, the amount of energy transferred per unit time.b3642575-a235-40f5-8f4c-2582f99fbdf3
precipitation173
153f0055-5487-415b-a754-e07da08f9507
pressure179
63ad69f5-86c3-473c-986e-538e78d0603d
pump_current422
70b1cbbd-e60a-4039-ba90-ba530e87a74b
quality_flag270quality-flag describe a dataset quality49672910-d92b-4b01-8eeb-b04463aaf368
radar_images299
7ce8289b-79ca-4baf-b25c-b53c8c2e9f8e
radiation477
6085b453-cd96-4357-b6ce-c9cc0f43fbdf
ratio528
70cc51a7-bdb3-4aac-9286-a3751dfedd27
reflex_radiation97
77d6bb71-df11-4c24-a7b3-c948f93d7e3e
relative_humidity92
183ce65c-ba87-456a-82a1-fff65807213e
relative_permittivity316
293425d1-3078-43b2-abff-fe48c1fe95bf
resistivity58
79cc982c-ca86-4c87-9e18-3a1eb5bce09c
RGB_image456
5314bcd1-c901-4826-9450-ec2f59c123d3
salinity30
9c3bb97a-b67c-4cc3-a557-4595c22f6eea
satellite_images305
dda6ffc8-3c65-43dc-9eed-73b4bcad7106
saturation221
4ab3712b-c371-4f8d-97c7-5abda4014920
sea_ice_concentration78
f5765b15-47f7-46fd-8284-9c5a9e164bf3
sea_ice_drift_velocity80
1e7deb88-7b4e-4ec7-8ca7-4cc5d356e323
sea_ice_stress447
e4664bef-f926-4472-a185-309209c44064
sea_ice_thickness79
587e924e-375e-42b1-92f2-39fb348bf822
sea_surface_height75
fed6b4bb-f930-4f6c-bc25-5e71d35584cb
Seawater_Specific_Gravity500Seawater specific gravity (SSG) is an indirect measure of seawater density.5c6b7da9-073b-4c2a-9c43-a1bfda9ea261
shortwave_radiation325
397ae1c2-3f80-4130-8731-3360edbd1435
silicate84
58533685-5d3e-414c-a7b0-047dec7e8dc5
snow_height524Height or thickness of accumulated snow. The surface called 'surface' means the lower boundary of the atmosphere.0d14bc43-36cd-40a1-9370-7c310770f3d6
snowfall_particle_shape445
8fbc3b01-efb7-4724-9d51-19e0cbebaa95
soil_temperature522Soil temperature is the bulk temperature of the soil, not the surface (skin) temperature. Soil means the near-surface layer where plants sink their roots. For subsurface temperatures that extend beneath the soil layer or in areas where there is no surface soil layer, the standard name solid_earth_subsurface_temperature should be used.04c49cfb-2932-4006-9743-170607f98b47
solar_heat73
36d4e3f1-c696-4065-bddf-b6d23c13bb8a
solid_earth_subsurface_temperature523The quantity with standard name solid_earth_subsurface_temperature is the temperature at any depth (or in a layer) of the solid earth, excluding surficial snow and ice (but not permafrost or soil). For temperatures in surface lying snow and ice, the more specific standard names temperature_in_surface_snow and land_ice_temperature should be used. For temperatures measured or modelled specifically in the soil layer (the near-surface layer where plants sink their roots) the standard name soil_temperature should be used.d1a3136b-83bd-414a-9d50-9cc5d029196c
sonic_temperature385sonic temperature838e7947-6fd9-437d-bc16-d8603aaac487
sound_pressure_in_water276Sound pressure is the difference from the local ambient pressure caused by a sound wave at a particular location and time.200813cc-d9b9-45f9-99ff-ca418c8abb30
sound_pressure_level_in_water277Sound pressure is the difference from the local ambient pressure caused by a sound wave at a particular location and time. Sound pressure level in water is expressed on a logarithmic scale with reference to a sound pressure of 1e-6 Pa. Lp = 20 log10(p/p0) where Lp is the sound pressure level, p is the rms sound pressure and p0 is the reference sound pressure.f2afe2e5-eb3a-41cc-886a-eaee929dc9ce
sound_velocity71
c3b360d3-ed2a-4432-bc7f-44b930c3e319
spectral_density535
c8c06f02-2f04-4e74-a4fe-ec95b62f87fe
spectral_radiance394
8e38c13a-a4c6-48fb-9a0f-3482f50a89a4
speed298
5b307626-b985-4ae2-a29c-d6fd8daac1ed
standard_deviation531The square root of the average of the squares of deviations about the mean of a set of data.7f41d7aa-6255-47ce-94c6-11eda56fd625
sulfurdioxide433
ba510264-d73c-4da8-98e5-b0fbdea2b617
surface_temperature190The surface temperature is the temperature at the interface, not the bulk temperature of the medium above or below.deb531a6-ce1e-4ae2-876c-912d7b2d5aa9
surface_albedo388The surface called surface means the lower boundary of the atmosphere. Albedo is the ratio of outgoing to incoming shortwave irradiance, where shortwave irradiance means that both the incoming and outgoing radiation are integrated across the solar spectrum. To specify the nature of the surface a cell_methods attribute should be supplied as described in Chapter 7.3.3 of the CF Conventions.73bfd63a-2f45-4127-986c-9491dad67b4a
temperature7temperature3a8408c7-58c5-4fdf-b8f0-48a71ad7d692
text515string / text value596a32d9-5b52-4205-b07c-09d9e53e1228
Thermal_Diffusivity503In heat transfer analysis, thermal diffusivity is the thermal conductivity divided by density and specific heat capacity at constant pressure. It measures the rate of transfer of heat of a material from the hot end to the cold end.d051f66f-73f9-4b5d-aff9-e6db21884999
thickness509
10162444-5b54-44ae-a5b0-8d6c05ed3517
time453
a410c9e2-7196-4195-8598-aa2a4dddb06f
total_alkalinity252
9bc599c1-0015-4aa2-b50a-a9a92fb390bf
Total_Dissolved_Solids501Total dissolved solids (TDS) is a measure of the dissolved combined content of all inorganic and organic substances present in a liquid in molecular, ionized, or micro-granular (colloidal sol) suspended form.10ad7409-6928-4043-8ac0-a4ecca3e340f
transmission322transmissioned3fc581-b4dc-4149-89bf-3a7e7aa294ed
turbidity72http://vocab.nerc.ac.uk/collection/P01/current/TURBXXXX/a4039e77-ecea-4a97-800c-9d7d4e400525
uncertainty479
1afe9bde-6c5e-4ab1-9fb2-d842bf1a81b1
UV_radiation94
e50c15a5-684e-441b-9767-efec324579f5
visibility174
7fcd8351-de06-4d45-97af-9d8fc6b0acf7
voltage281
0f301272-4269-46d6-aa26-58cacb054a56
volumetric_water_content_315
f9426bd3-7362-4412-8966-8ced128c5d66
water_content508
cc8817ce-e1a2-47b7-8e3d-54571887b67f
water_temperature67
653c9333-ab0e-41fb-8ff4-94b80c411ca0
water_vapour_content507
cd700c7c-e010-48b8-8d92-0a440f017640
wave_height331Wave height of waves on the water body5019ced0-bf2d-4262-90a3-3e9fcbc9d897
wave_period332Wave Period1f0e16bd-a1f6-4571-b45c-3e08a5ccac2e
wet_bulk_density86
1c920599-8466-431c-837e-49478ff83410
wind_direction91Direction (from) of wind relative to True North {wind direction} in the atmosphere.2de73374-361e-4b64-b7ff-00495ffdc394
wind_speed90
e3e222e1-7833-467c-96d7-5c23d92b787e
Available units
idcodelongNameuuid
153#/mincounts per minutef8750b55-912b-4d1c-9f41-4fc4a5ac4657
12%
b8e0d45f-4490-497d-bbca-17831378ffe6
7% vol
286a11a9-8f0e-4539-a135-5d906f026bbf
1601/hour
1ab264d1-e920-4aec-9fe1-0d7dcf3ab1e8
1491/m4number of particles per volume (m3) per size bin (m)434b30d3-d633-442f-aec8-c44f7c0527e6
1581/min
eba76cdf-bb5b-44a6-af47-3faeaef1f74c
1861/s
8241f6f7-5490-4a48-b23f-5a3ecd6e1beb
1591/week
963dabfe-dc67-41f3-a4cb-ef785aa2495d
5510e-4/m s/rNA10d83f59-51a9-47ad-8478-195b2af13e0a
105Aamperee53e29b4-2cdf-4dfc-b205-2e3732bca34b
80barNAa5941310-3806-486b-ac45-2dab28b15859
113bftBeaufort83642928-402e-4e10-b737-b8b0199cb28f
171C cm/Wdegree C x cm per W15b963c6-8820-4649-bfb5-3b575d5ebfd9
16cells/ml
d8c58194-dc37-4f22-ad61-6bb965d56840
1cmcentimeter17c35419-5be0-4c0e-beaa-ce6e51e11cd1
168cm Wcm x Watt4728c024-b2a8-4aa5-8943-f275a06de2c6
117cm/scentimeter per second94969b67-64cd-45f2-a23a-754544924dae
143cm3cubic centimetersb6e624ab-b36c-45fe-a05a-a24f5a2c4cf1
97countNA93fcf4ce-46ab-4cbf-b3af-b836f248e2cb
142cpmcounts per minuteb326866f-c10b-4cae-b5c6-219e09b12d74
33dayNA2974f19e-592a-4e3f-8d75-e230e60ce7e8
101dBdecibel067973f3-7fe7-44e2-a185-3d66453a3664
50dbardbardbd8b293-7ef2-443a-be50-32d27ba3dcfa
135decimal degrees
33ac1b05-9b2f-4cb3-b79b-10b91f559aa1
24degree
d2c1fe3d-af27-4f95-b8d2-3193bfbce9a6
180degree/minrate of turnb5cfe25d-19f3-491a-b2cd-c73fdcf0f35c
156degree/sdegree per seconddca882b3-b38b-471b-88f3-f0eaf0a4bc8e
144dN/dlog dp cm-3particle number size distribution as normalized particle number concentration per measured bin width in cubic centimetersb1ff160b-6e14-4404-bdd4-b58f6d438fc0
141dpmdisintegrations per minuteafda1f80-c6ad-473f-bb7f-97a32d47126f
176Ehredox potential65090950-9898-4807-9fea-73c7aa3456cd
129FNUformazine nephelometric unitsaaf7fd57-4b68-4ed8-9e91-d648c86653bf
49ftfeet67cfcea7-369d-4fc9-ae97-92656b33d069
54FTUFTU9486cac3-acd4-4e43-8caf-3a8d5a6a232f
157g
a0a678ac-9af0-4d33-965e-a3622b19810d
21g/cm3
8179542c-fd75-482c-8b12-f199fa9dd0e7
177g/m3gram per cubic meter303879f0-012f-4dd8-8e2a-af2babb4c4d7
29gmtNA4070b58a-3e69-4224-9869-4258de84a029
34hourNA43e4ed1f-f1ef-47e7-a119-f334a13e8545
22hPa
2b78d6a0-985d-4d60-816f-c93ab552a12f
99HzNA6972bd9a-4bed-4d57-a1da-187b3efdd324
191J⋅K−1⋅m−3
c6772dc2-d21e-4c3f-bc95-ba64701767a0
126KKelvin789a84ca-5837-4c26-b50d-4b496cb94176
107kg/m3kilogram per cubic meter7522d338-ec4b-48f1-891e-ebdb4b78fe7e
184kmkilometers95d2a6c7-656a-49f5-952b-7d6f404fb1f7
133km/hkilometers per hourf9ef971d-802f-4cde-8648-56ebade2a203
130kNkilonewtonc37b1fa1-d002-4231-b8f7-e957c43ea13d
60knotsknots17579c31-1f1a-482a-846b-c93159529e56
108kPaKilopascale5ba9c1b-0ff4-4bcf-9795-e11cc4cd51b9
110lLiterf02e507f-d1d6-4234-8ccc-a17e5a5b2014
15l/min
ac74ac8e-2419-4023-a827-23d0b9033f17
161lux
e0abc159-95d8-472a-bb3c-67c794bc7331
2mmeter3dab7a68-b13e-47de-95f5-4d3658df659e
17m/s
66e0cedd-01d7-4c74-8ab6-ca8e15b8f082
114m/s^2meter per squaresecond3724df58-64b1-41b9-be17-333656f83275
103mAmilli amperee2a3c08d-5fd1-4df9-8a05-61a753b900e8
35mbarNA1d7d6b41-10d7-4124-a570-1235f4d24646
189Mbit/sMegabits per second7c1313b5-1d0f-469b-8366-12899903b3db
38mg/lmiligram per literacbd5aa2-df76-4194-843c-e05018798220
112mGalMilliGalaee7f38c-a71b-4165-82fc-59f83b1b7461
46microg/lNA39286a39-98de-42c8-9ae2-c80838fb3a7f
47micromol/lNA228bc095-3dab-44d0-9c6f-fe01e2c659ba
163micromol/sm-2
152aa122-e227-4553-b80e-5228f92018a0
181microsmicrosecond345dd9be-952e-4ddb-88a0-247b1f75c316
182microS/cmmicrosiemens per centimetersa8705560-9cea-4e6b-a75e-e613a577cb97
162microSiemens
9939c0f5-618c-47bc-a6cc-fc3ac547ff34
58miles
d5d837a6-8362-4e08-b892-1a53214729c9
30minNAf448437a-8352-4b81-8265-ab5367f7a007
19MJ/m2
280ae174-2634-44f1-a5f9-e450415af5a2
167MJ/m3 KMJ per cubic meter per Kelvine98257c0-43b5-442f-8438-accbd4acbc5a
51ml/lml/l84b68c6e-af54-4149-9176-cba0dc413f63
137ml/minmilliliter per minute3595ad88-97d0-42b5-a1cf-97c707b7a154
122mmmillimeter144ce116-50c6-4c40-ba26-804238f0c17f
151Mm-1Mega meterba84b222-7931-4253-993a-618165e27b71
25mm/minNAd0e14758-5ce4-4225-b010-786e4cc5765b
109mm/smillimeter per secondedba7767-b90f-4a37-964e-9ef679a1f045
170mm2/ssquare mm per second0a067afd-699d-4144-abba-d6314dfe4429
8mmol/m2/day
05d9f519-b7c8-4edc-a5c2-423dbad2973e
134mmol/mol
d92e05b3-010f-4b18-889d-991f400e49dc
44mmol/m^3milli mol per cubic meter40e8069b-bec5-48c6-a981-045b81669d82
185mol m-2 s-1Particle flux, the rate of transfer of particles through a unit area41d9ddc9-4d39-4bd6-8515-99afff6ab413
100mol/lmol per liter64c731cc-28f4-42cd-a5e7-f019f8ba4c8a
145molecules/cm3molecules per cubic centimetree0ecd197-cb56-480a-a04e-e9716f396b33
32monthNA092c4d91-ff89-4146-9b35-56e4286568d7
138mPamilliPascal5fc823ca-33aa-4a63-bedf-deae826896cb
118msmillisecond74fe80e3-2849-4e05-be14-ac6fcce91a6f
13mS/cm
d62ff245-4a45-4540-b432-cc524837e0ee
124mS/cmconductivity (micro Siemens per cm)88daad3e-a872-475b-8808-1defa7d33d6e
178mS/mmicroSiemens per metree03b8713-e718-4cb9-bb09-d863c29174bb
98mVNA1b409783-96f2-4bd1-a7b0-bb714b9b5221
104mVmilli voltage5f9e7b2a-7aa8-4a45-8316-712d65389b2a
120mWmilliwatt3d7fcacb-d066-4ee3-81ec-af3675621ea9
131mW m-2 nm-1 sr-1
63a3f909-79d5-4dc0-9d82-170f5ed2f44f
85m^-1
7ef4804b-2d2d-4605-a255-910d2ba7ed82
96m^-1 sr^-1NA23a562e0-c435-4bde-aa82-3eba5535e874
190m^2/s
df0741cd-305a-4d33-916d-1f4d10ad02da
125NNewton6dbc8902-ae3f-42bb-9ccc-866691e840df
59nautical milesNA3b8a3224-9d48-47f8-8ad4-d81ba1c98327
146ng/m3nanogram per cubic metera36c75e0-a040-47f0-bec0-8b77e2da934d
148nmnanometers8bddafcb-8b24-43e7-a83f-c58805498347
136nmol/lnanomol per literf054ba80-55d6-4236-aa0d-5aea79f44157
11nmol/mlnanomol per milliliterbf321974-e8e4-4eeb-a9aa-0c6d54ee782f
41nmol/m^2NA046feea9-c30a-44a9-82dc-64d4ea0ed8ca
127nonenone0b62f090-22c1-4854-8340-6aaaaa9aff7a
179nsnanosecondsd96ef461-1744-4bca-8913-26ebd613d683
111nTNanoTesla6fb808cb-211b-4f03-b9c8-bdb53d7fd593
18NTUnephelometric turbidity unitf9ed2caa-b16a-4b98-b789-778e3059275c
28number
b90e2679-b922-4e16-89c9-b5a82593fe79
173OhmOhmf0ffd886-57bd-446a-9917-99d53f565e41
166Ohm cmOhm x cmbcfa9f59-5717-419a-87b7-01e088c289fb
147PaPascala97d70d8-6241-4312-866b-e2a9861e88e1
150particles/cm3particles per cubic centimetre743a6fb1-1cbb-46f9-b067-cc10e141219d
188per megper meg8462250f-7908-4462-8ddd-f081a00b3107
3percentpercentageec5e63f5-24a1-4ea1-a8e6-626304dbc5a5
192pFpicofarada4cfbb3b-8e15-4bbb-ac36-085b5da9feab
53pHpH61b7e8d2-c295-4c72-a3bb-b15cacde4e3d
4ppbparts per billionb55011d1-473d-4059-af5d-db0dfce78387
42ppmparts per milliona73df252-f152-4ba7-b102-def983647b6c
164ppmVparts per million by volume6e6ea8a4-713c-4d11-9667-223ad63d8e5f
43pptparts per trillion4dc29269-764b-49cb-84f0-c4432667d2c5
39PSUPSUcc7e51d0-21fb-4762-a9ba-9d8657e2e2f0
26raw
d3ddc96a-803e-43d8-bb11-04c8d4996150
52RHRelative humidityb9a4bfd4-16dc-4b39-8c26-5aef61effcc2
128RSUrelative fluorescence unit5d912511-0f14-4270-a215-a1742ee90c69
36sNAf17c0ba8-298d-43bc-8e7e-c0af16af418f
187s*m**2
f4f68f61-50cf-478f-ac3f-eb34f8f40cef
79S/msiemens per meterb36d26c9-0221-451d-bce8-f455f5a51987
169stseawater specific gravity (sigma t)c04582ef-efb4-4ee5-a8a5-578da5c57aed
37texttext4f48d367-83a9-44a1-861f-dbebfb6e7c9e
27timeNA4f59e6d3-3bd1-4918-90af-91cf1d031914
57ton
9c9380d0-00c2-4dc5-8995-4677e19d7514
121TorrMillimeter Quecksilbersäulece858c1d-d32d-491e-ad51-5da8e669849b
48unknownunknown unite8c60b63-2c32-46fd-88da-6cad9c55caae
5V
310b4c69-72da-4ca2-ab25-5ea3a6cfebde
102Vvoltage4004e739-02cc-4f69-9724-aa80f1b31fd2
119Wwatte949de38-c19d-4cdd-abba-503b696b42ec
123W / mKthermal conductivityea91891c-d8de-4637-96cd-7a376a8967d9
132W m-2
71a9af4d-4223-4538-be75-2618fb7b74d3
172W/mW per meterd32dc3f7-fc8d-4469-9c15-6b751d37264e
23W/m^2
db8cb8dd-ed5f-4b32-80c6-de9affb15b8f
155Wm-2 sr-1 um-1Watt per m2 per steradian per micrometer8dccf045-c510-4479-81b1-b3e949abb0c0
31yearNAf126887d-c7a7-4162-9dfe-b98e474b5d02
20°
5964e8c0-07f6-4d49-9fb2-b643e00f0c64
115°/sdegree per secondb852c245-5ab5-472f-abb8-cfcc45aaa2f1
14°C
ecbb48c4-577e-4c2b-851a-b967133dd5e5
140µAmicroAmperea328bc3b-54d3-4953-80d9-55d9f5afb067
81µatmNA55bccdf6-0efd-464f-b3c9-5e24809da3db
10µg/cm3
ff158834-fbf0-4d20-b5f0-565ed655a8e5
9µg/l
5c59fe26-c88d-4acc-aec3-307ae770083a
84µMNA52999796-4a89-4048-a11d-8334232c4ddb
154μmmicrometers7d79ae1e-ba06-4eb1-a0f9-f75368dcc8b3
40µmolmicro mol7e86f232-eefc-4dba-8d90-df5586b515a0
83µmol m-2 s-1Particle flux, the rate of transfer of particles through a unit area237b03b0-70a0-4070-83d6-6df2316c4612
56µmol photon/m^2/sNA744bf30e-6d5c-4be7-8389-e53e205272c8
93µmol/kgmicro mol per kilogram1d44d773-85c5-403a-9b55-48148fce4efe
6µmol/lmicromol per liter86b0bd67-790f-4fd3-afb6-31274ba8caea
45µmol/molmicro mol per mol2df4f059-c124-42cc-8c47-ba55222a6f46
106µPamicropascal3d6b8856-3c5e-47bc-8588-084a07760b73
183µS/cm
bac09e3b-393d-484e-b0af-3920db892835
152μV/Wm¯²microvolts per watt per sqmeter70abb260-fc5c-4458-b94e-8a5e4eab20ed
116permilb029eefe-936d-4d8e-864d-7ba8fb36349a
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