51 Lake 500476 AUSA01 Trib 500500 BOUQ01 Trib 500498 GCHA01 Trib 500492 JEWE02 Trib 500665 LAMO01 Trib 501794 LAPL01 Trib 501594 LAUS01 Trib 500501 LCHA01 Trib 500490 LEWI01 Trib 500503 LOTT01 Trib 501371 METT01 Trib 500508 MILL01 Trib 501563 MISS01 Trib 500505 OTTE01 Trib 500509 PIKE01 Trib 500512 POUL01 Trib 500578 PUTN01 Trib 500495 ROCK02 Trib 500652 SALM01 Trib 500502 SARA01 Trib 500491 STEV01 Trib 501575 WINO01 Trib 501903 Chemistry results for both tributary and lake samples are maintained in a single table, named by waterbody type, station name, field accession number, visit ‘ChemistryData,’ distinguished date, collection method, and analysis type. The analytical results for each water quality sample are contained in database fields with names corresponding to the test codes indicated in Table 2. Each chemical test field in the database has an associated remark field in which or “less than” “greater signs are entered where necessary for results below or above analytical detection limits. than” Additional database codes are noted in Table 4. The tributary stations were sampled during 1990-1992 for total phosphorus, dissolved phosphorus, and chloride by the Lake Champlain Diagnostic-Feasibility Study (Vermont DEC and New York State DEC 1997) using the same sampling and analytical methods employed by the current monitoring program. These earlier tributary data have been added to the project database. Plankton data are housed in two tables. The the original count data first, ‘PlanktonData,’ contains distinguished by plankton type (phytoplankton, zooplankton), station name, field accession number, species name, visit date, sample type, and result type. The second, ‘PlanktonStats,’ contains data aggregated by major taxonomic group. During phytoplankton analysis, organisms are frequently observed outside of the designated counting boundaries. These are noted as “present
51 Lake 500476 AUSA01 Trib 500500 BOUQ01 Trib 500498 GCHA01 Trib 500492 JEWE02 Trib 500665 LAMO01 Trib 501794 LAPL01 Trib 501594 LAUS01 Trib 500501 LCHA01 Trib 500490 LEWI01 Trib 500503 LOTT01 Trib 501371 METT01 Trib 500508 MILL01 Trib 501563 MISS01 Trib 500505 OTTE01 Trib 500509 PIKE01 Trib 500512 POUL01 Trib 500578 PUTN01 Trib 500495 ROCK02 Trib 500652 SALM01 Trib 500502 SARA01 Trib 500491 STEV01 Trib 501575 WINO01 Trib 501903 Chemistry results for both tributary and lake samples are maintained in a single table, named ‘ChemistryData,’ distinguished by waterbody type, station name, field accession number, visit date, collection method, and analysis type. The analytical results for each water quality sample are contained in database fields with names corresponding to the test codes indicated in Table 2. Each chemical test field in the database has an associated remark field in which “less than” or “greater than” signs are entered where necessary for results below or above analytical detection limits. Additional database codes are noted in Table 4. The tributary stations were sampled during 1990-1992 for total phosphorus, dissolved phosphorus, and chloride by the Lake Champlain Diagnostic-Feasibility Study (Vermont DEC and New York State DEC 1997) using the same sampling and analytical methods employed by the current monitoring program. These earlier tributary data have been added to the project database. Plankton data are housed in two tables. The first, ‘PlanktonData,’ contains the original count data distinguished by plankton type (phytoplankton, zooplankton), station name, field accession number, species name, visit date, sample type, and result type. The second, ‘PlanktonStats,’ contains data aggregated by major taxonomic group. During phytoplankton analysis, organisms are frequently observed outside of the designated counting boundaries. These are noted as “present