Plants

The quality-filtered native-record profile for Colocasia esculenta centers on 22.2°C annual mean temperature and 2674 mm annual precipitation. Its robust p10–p90 climate envelope is wider than those two medians: the coldest-month minimum spans 6.9–20.2°C, while modeled annual rainfall spans 1546–3945 mm. This is a computed environmental fingerprint built from 30 spatially thinned climate points attached to filtered GBIF records inside the POWO native range of India to southern China and Sumatra. It describes where retained records occur in long-term gridded climate; it is not an indoor-care prescription or a physiological tolerance test. ...

These city guides compare local 1991–2020 NASA POWER climate normals with a CHELSA Climate DNA sampled at quality-filtered GBIF records for Strelitzia reginae. The outdoor score and the indoor care-pressure calendar answer different questions: whether outdoor macroclimate overlaps the plant’s recorded native climate, and when a local potted plant may need closer observation. Read the standalone Bird of Paradise Climate DNA profile for the full native-record distributions, occurrence footprint, filtering funnel, confidence, and source provenance behind these comparisons. ...

These city guides compare local 1991–2020 NASA POWER climate normals with a CHELSA Climate DNA sampled at quality-filtered GBIF records for Ficus lyrata. The outdoor score and the indoor care-pressure calendar answer different questions: whether outdoor macroclimate overlaps the plant’s recorded native climate, and when a local potted plant may need closer observation. Read the standalone Fiddle Leaf Fig Climate DNA profile for the full native-record distributions, occurrence footprint, filtering funnel, confidence, and source provenance behind these comparisons. ...

These city guides compare local 1991–2020 NASA POWER climate normals with a CHELSA Climate DNA sampled at quality-filtered GBIF records for Philodendron hederaceum. The outdoor score and the indoor care-pressure calendar answer different questions: whether outdoor macroclimate overlaps the plant’s recorded native climate, and when a local potted plant may need closer observation. Read the standalone Heartleaf Philodendron Climate DNA profile for the full native-record distributions, occurrence footprint, filtering funnel, confidence, and source provenance behind these comparisons. ...

These city guides compare local 1991–2020 NASA POWER climate normals with a CHELSA Climate DNA sampled at quality-filtered GBIF records for Crassula ovata. The outdoor score and the indoor care-pressure calendar answer different questions: whether outdoor macroclimate overlaps the plant’s recorded native climate, and when a local potted plant may need closer observation. Read the standalone Jade Plant Climate DNA profile for the full native-record distributions, occurrence footprint, filtering funnel, confidence, and source provenance behind these comparisons. ...

These city guides compare local 1991–2020 NASA POWER climate normals with a CHELSA Climate DNA sampled at quality-filtered GBIF records for Monstera adansonii. The outdoor score and the indoor care-pressure calendar answer different questions: whether outdoor macroclimate overlaps the plant’s recorded native climate, and when a local potted plant may need closer observation. Read the standalone Monstera Adansonii Climate DNA profile for the full native-record distributions, occurrence footprint, filtering funnel, confidence, and source provenance behind these comparisons. ...

These city guides compare local 1991–2020 NASA POWER climate normals with a CHELSA Climate DNA sampled at quality-filtered GBIF records for Phalaenopsis amabilis. The outdoor score and the indoor care-pressure calendar answer different questions: whether outdoor macroclimate overlaps the plant’s recorded native climate, and when a local potted plant may need closer observation. Read the standalone Phalaenopsis Orchid Climate DNA profile for the full native-record distributions, occurrence footprint, filtering funnel, confidence, and source provenance behind these comparisons. ...

These city guides compare local 1991–2020 NASA POWER climate normals with a CHELSA Climate DNA sampled at quality-filtered GBIF records for Maranta leuconeura. The outdoor score and the indoor care-pressure calendar answer different questions: whether outdoor macroclimate overlaps the plant’s recorded native climate, and when a local potted plant may need closer observation. Read the standalone Prayer Plant Climate DNA profile for the full native-record distributions, occurrence footprint, filtering funnel, confidence, and source provenance behind these comparisons. ...

These city guides compare local 1991–2020 NASA POWER climate normals with a CHELSA Climate DNA sampled at quality-filtered GBIF records for Ficus elastica. The outdoor score and the indoor care-pressure calendar answer different questions: whether outdoor macroclimate overlaps the plant’s recorded native climate, and when a local potted plant may need closer observation. Read the standalone Rubber Plant Climate DNA profile for the full native-record distributions, occurrence footprint, filtering funnel, confidence, and source provenance behind these comparisons. ...

These city guides compare local 1991–2020 NASA POWER climate normals with a CHELSA Climate DNA sampled at quality-filtered GBIF records for Monstera deliciosa. The outdoor score and the indoor care-pressure calendar answer different questions: whether outdoor macroclimate overlaps the plant’s recorded native climate, and when a local potted plant may need closer observation. Read the standalone Monstera Climate DNA profile for the full native-record distributions, occurrence footprint, filtering funnel, confidence, and source provenance behind these comparisons. ...