naturalAbundance

P37374
predicate

Indicates the typical proportion or percentage of a particular isotope or substance as it naturally occurs in a given environment or sample.

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All labels observed (10)

Label Occurrences
naturalAbundance canonical 5
abundanceInEarthsCrust 2
naturalAbundanceInUranium 2

Description generation (PDg)

The one-sentence description above was generated by prompting gpt-5.1 with the predicate name and this instruction.

Instruction
Given a predicate that represents a relationship or action between entities, generate a one-sentence description explaining its meaning.  
# Instructions
Focus on describing the relationship, not the entities themselves. 
# Response Format
Begin the description with \' Indicates...\'
Input
Predicate: naturalAbundance
Generated description
Indicates the typical proportion or percentage of a particular isotope or substance as it naturally occurs in a given environment or sample.

Sample triples (16)

Subject Object
nobelium
surface form: Nobelium
0 ⓘ
helium-3 about 0.000137 via predicate surface "naturalAbundanceInTerrestrialHelium" ⓘ
helium-3 trace via predicate surface "naturalAbundanceInAtmosphere" ⓘ
element meitnerium
surface form: Meitnerium
0 ⓘ
indium (In)
surface form: indium
very low via predicate surface "abundanceInEarthsCrust" ⓘ
nitrogen-14 0.99636 via predicate surface "naturalAbundanceInNitrogen" ⓘ
nitrogen-14 99.636 via predicate surface "naturalAbundanceInNitrogenPercent" ⓘ
nitrogen-15 0.36% ⓘ
nitrogen-15 0.37% ⓘ
lanthanum mostly stable lanthanum-139 with trace radioactive lanthanum-138 via predicate surface "naturalIsotopeComposition" ⓘ
scandium
surface form: Scandium
about 22 ppm via predicate surface "abundanceInEarthsCrust" ⓘ
uranium-235 about 0.72 percent by weight via predicate surface "naturalAbundanceInUranium" ⓘ
uranium-235 about 0.72 percent by atoms via predicate surface "naturalAbundanceInUranium" ⓘ
helium-4 >0.99 via predicate surface "naturalAbundanceInHelium" ⓘ
thorium about 10 ppm via predicate surface "averageCrustalAbundance" ⓘ
protactinium extremely low ⓘ