sampling point
Oakham Ness
Description | RIVER MEDWAY OAKHAM NESS (PRE 2010 SAMPLED AT HIGH WATER) |
---|---|
Sampling point ID | SO-E0000224 |
Type | Saline Water – Estuarine Sites – Non Bathing/Shellfish |
Status | open |
Location |
easting northing: 584200 171700 lat lon: 51.414387, 0.647481 |
Area | Kent And South London |
Sub-Area | Ecmas Sampling (Kent And South London) |
Summary | 121 samples taken between 2017 and 2005 |
Determinands
Determinands identify a property which can be measured on a sample or the sampling environment, together with the units in which the result of that measurement will be expressed.
93 determinands have been measured at this site
- 1,1,1-TCA
- 1,2,3-TCB
- 1,2,4-TCB
- 1,3,5-TCB
- 12-DCA
- Aldrin
- Arsenic - As
- As-Filtered
- Azinphos Myl
- Boron - as B
- CHLOROPHYLL
- Cadmium - Cd
- Carbon Tet
- Carbophenthn
- Cd Filtered
- Chloroform
- ChlorophyllA
- ChlorophyllB
- Chlorophylls
- Chromium -Cr
- Cond @ 20C
- Cond @ 25C
- Copper - Cu
- Cr- Filtered
- Cu Filtered
- DDE (PP')
- DDT (OP')
- DDT (PP)
- DDT Derived
- DataHandling
- Dichlorvos
- Dieldrin
- Dimethoate
- Endrin
- Fe- Filt
- Fenitrothion
- HCH Alpha
- HCH Beta
- HCH Delta
- HCH Epsilon
- HCH Gamma
- HEXACHLORO 1
- HTrlTW
- Hexachlorbnz
- Hg Filtered
- Iron - as Fe
- Isodrin
- Lead - as Pb
- Malathion
- Mercury - Hg
- N Dis Inorg
- N Oxid Filt
- NGR Easting
- NGR Northing
- NH3 filt N
- Ni- Filtered
- Nickel - Ni
- Nitrate Filt
- Nitrite Filt
- O Diss %sat
- OrthophsFilt
- Oxygen Diss
- PCB Con 028
- PCB Con 052
- PCB Con 101
- PCB Con 118
- PCB Con 138
- PCB Con 153
- PCB Con 180
- Parathion
- Pb Filtered
- Pentachlrphl
- Phaeophytn-A
- Phaeophytn-B
- SALinsitu
- Sample Depth
- SiO2 Filt
- TCB Tot
- TDE (PP)
- Temp Water
- TetClEthene
- Time Hi-Tide
- Tot Drins(4)
- Tot HCHs ABG
- Transparency
- Trichloroeth
- Turbdty in-s
- TurbidityNTU
- Vol Filtered
- Water Depth
- Zinc - as Zn
- Zn- Filtered
- pH
Sampling results
Displaying the twenty most recent samples. You can see all 121 sample results (note that in some cases this may take a considerable time, and use significant data bandwidth).