| 1109 |
|
SELECT analytical_stem."institutionCode", analytical_stem.country, analytical_stem."stateProvince", analytical_stem.county, analytical_stem."decimalLatitude", analytical_stem."decimalLongitude", analytical_stem."plotName", analytical_stem."elevationInMeters", analytical_stem."plotArea_ha", analytical_stem."samplingProtocol", analytical_stem."dateCollected", analytical_stem.family, analytical_stem.genus, analytical_stem."speciesBinomial", analytical_stem."scientificName", analytical_stem."scientificNameAuthorship", analytical_stem."scientificNameWithMorphospecies", sum(analytical_stem."coverPercent") AS "coverPercent", count(analytical_stem."diameterBreastHeight_cm") AS "individualCount", count(((analytical_stem."diameterBreastHeight_cm" >= _cm_to_m((1)::double precision)) AND (analytical_stem."diameterBreastHeight_cm" < _cm_to_m((2.5)::double precision)))) AS "individualCount_1_to_2_5cm", count(((analytical_stem."diameterBreastHeight_cm" >= _cm_to_m((2.5)::double precision)) AND (analytical_stem."diameterBreastHeight_cm" < _cm_to_m((10)::double precision)))) AS "individualCount_2_5_to_10cm", count((analytical_stem."diameterBreastHeight_cm" >= _cm_to_m((10)::double precision))) AS "individualCount_10cm_or_more" FROM analytical_stem GROUP BY analytical_stem."institutionCode", analytical_stem.country, analytical_stem."stateProvince", analytical_stem.county, analytical_stem."decimalLatitude", analytical_stem."decimalLongitude", analytical_stem."plotName", analytical_stem."elevationInMeters", analytical_stem."plotArea_ha", analytical_stem."samplingProtocol", analytical_stem."dateCollected", analytical_stem.family, analytical_stem.genus, analytical_stem."speciesBinomial", analytical_stem."scientificName", analytical_stem."scientificNameAuthorship", analytical_stem."scientificNameWithMorphospecies";
|
|
1109 |
SELECT analytical_stem."institutionCode", analytical_stem.country, analytical_stem."stateProvince", analytical_stem.county, analytical_stem."decimalLatitude", analytical_stem."decimalLongitude", analytical_stem."plotName", analytical_stem."elevationInMeters", analytical_stem."plotArea_ha", analytical_stem."samplingProtocol", analytical_stem."dateCollected", analytical_stem.family, analytical_stem.genus, analytical_stem."speciesBinomial", analytical_stem."scientificName", analytical_stem."scientificNameAuthorship", analytical_stem."scientificNameWithMorphospecies", sum(analytical_stem."coverPercent") AS "coverPercent", count(analytical_stem."diameterBreastHeight_cm") AS "individualCount", count((analytical_stem."diameterBreastHeight_cm" >= _cm_to_m((1)::double precision))) AS "individualCount_1cm_or_more", count((analytical_stem."diameterBreastHeight_cm" >= _cm_to_m((2.5)::double precision))) AS "individualCount_2_5cm_or_more", count((analytical_stem."diameterBreastHeight_cm" >= _cm_to_m((10)::double precision))) AS "individualCount_10cm_or_more" FROM analytical_stem GROUP BY analytical_stem."institutionCode", analytical_stem.country, analytical_stem."stateProvince", analytical_stem.county, analytical_stem."decimalLatitude", analytical_stem."decimalLongitude", analytical_stem."plotName", analytical_stem."elevationInMeters", analytical_stem."plotArea_ha", analytical_stem."samplingProtocol", analytical_stem."dateCollected", analytical_stem.family, analytical_stem.genus, analytical_stem."speciesBinomial", analytical_stem."scientificName", analytical_stem."scientificNameAuthorship", analytical_stem."scientificNameWithMorphospecies";
|
schemas/vegbien.sql: analytical_aggregate_view: Make size classes cumulative ranges (stems above a certain DBH) rather than bins, per Brad's request