Skip to content

Slot: dissolved inorganic phosphorus (diss_inorg_phosp)

Concentration of dissolved inorganic phosphorus in the sample

URI: MIXS:0000106 Alias: diss_inorg_phosp

Inheritance

Applicable Classes

Name Description Modifies Slot
HcrFluidsSwabsInterface hcr_fluids_swabs dh_interface no
HcrCoresInterface hcr_cores dh_interface no
WaterInterface water dh_interface no

Properties

  • Range: String

  • Regex pattern: ^[-+]?[0-9]*\.?[0-9]+ +(\[ppm\]|mg/L|ug/L|umol/L)$

Aliases

  • dissolved inorganic phosphorus

Examples

Value
56.5 umol/L

Comments

  • Value must be reported in one of the following units: [ppm], mg/L, ug/L, umol/L. Provide the numeric portion followed by a space and the unit.

Identifier and Mapping Information

Annotations

property value
expected_value measurement value
preferred_unit microgram per liter, milligram per liter, parts per million
occurrence 1
storage_units [ppm]

Schema Source

Mappings

Mapping Type Mapped Value
self MIXS:0000106
native nmdc_sub_schema:diss_inorg_phosp

LinkML Source

name: diss_inorg_phosp
annotations:
  expected_value:
    tag: expected_value
    value: measurement value
  preferred_unit:
    tag: preferred_unit
    value: microgram per liter, milligram per liter, parts per million
  occurrence:
    tag: occurrence
    value: '1'
  storage_units:
    tag: storage_units
    value: '[ppm]|mg/L|ug/L|umol/L'
description: Concentration of dissolved inorganic phosphorus in the sample
title: dissolved inorganic phosphorus
comments:
- 'Value must be reported in one of the following units: [ppm], mg/L, ug/L, umol/L.
  Provide the numeric portion followed by a space and the unit.'
examples:
- value: 56.5 umol/L
from_schema: https://example.com/nmdc_submission_schema
aliases:
- dissolved inorganic phosphorus
rank: 224
is_a: core field
slot_uri: MIXS:0000106
alias: diss_inorg_phosp
domain_of:
- HcrCoresInterface
- HcrFluidsSwabsInterface
- WaterInterface
slot_group: mixs_core_section
range: string
multivalued: false
pattern: ^[-+]?[0-9]*\.?[0-9]+ +(\[ppm\]|mg/L|ug/L|umol/L)$