sampling point
Main Ditch At Eye
| Description | MAIN DITCH AT EYE |
|---|---|
| Sampling point ID | MD-50834 |
| Type | Freshwater – Unspecified |
| Status | open |
| Location |
easting northing: 349848 264090 lat lon: 52.272655, -2.736411 |
| Area | Shropshire Herefordshire Worcestershire And Gloucestershire |
| Sub-Area | Shropshire & Wye |
| Summary | 229 samples taken between 2024 and 2000 |
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.
105 determinands have been measured at this site
- 1,1,1-TCA
- 12-DCA
- 4-nonPhenol
- Aclonifen
- Alachlor
- Alky pH 4.5
- Ammonia(N)
- B-[a]-pyrene
- B-[b]-fluora
- B-[ghi]-pery
- B-[k]-fluora
- BOD ATU
- Benzene
- Bifenox
- C - Org Filt
- Ca Filtered
- Calcium - Ca
- Carbon Tet
- Cd Filtered
- Chloroform
- Chlorothalnl
- Chromium -Cr
- Cond @ 20C
- Cond @ 25C
- Cr Hex Filt
- Cr Hexavalnt
- Cr- Filtered
- Cu BLM Bio
- Cu Filtered
- Cyanide - CN
- DDE (PP')
- DDT (OP')
- DDT (PP)
- DDT Derived
- DiClBenzPhWW
- DiClMe
- Diazinon
- Dichlorvos
- Dimethoate
- Fe- Filt
- Fluoranthene
- HCH Alpha
- HCH Beta
- HCH Delta
- HCH Gamma
- HEXACHLORO 1
- HHM Ident.
- Hardness
- Heptachlor
- Hexachlorbnz
- ICP-MS Semiq
- Ind123pyrene
- Irgarol 1051
- K- Filtered
- MR Screen
- Magnesium-Mg
- Mg Filtered
- Mn BLM Bio
- Mn- Filtered
- N Oxidised
- NH3 un-ion
- Ni BLM Bio
- Ni- Filtered
- Nitrate-N
- Nitrite-N
- O Diss %sat
- O Diss% Satn
- O Dissolved
- Oil & Grs Vs
- Orthophospht
- Oxygen Diss
- PBDE 100
- PBDE 153
- PBDE 154
- PBDE 28
- PBDE 47
- PBDE 99
- PCB Con 028
- PCB Con 052
- PCB Con 101
- PCB Con 118
- PCB Con 138
- PCB Con 153
- PCB Con 180
- PCBs
- PClBenzene
- Pb BLM Bio
- Pb Filtered
- Pendimethaln
- Phenol Odour
- Phosphate
- Quinoxyfen
- Sld Sus@105C
- TDE (PP)
- Temp Water
- Terbutryne
- TriBT Cation
- TriPT Cation
- Type of Flow
- Zinc - as Zn
- Zn BLM Bio
- Zn- Filtered
- c-Hept Epox
- pH
- t-Hept Epox
Sampling results
Displaying the twenty most recent samples. You can see all 229 sample results (note that in some cases this may take a considerable time, and use significant data bandwidth).