NTRs: radiation

[cmungall]

Add as a process. Add subclasses for different wavelengths.

This may well belong in a physics ontology, but we can incubate for now

ENVO would only store the process. Various other experimental condition ontologies like ZECO EO would use this as a base to define treatment/exposure etc to radiation. Presumably of interest to SDG-like projects too? E.g. MDG-7 is about ozone depletion.

     is_a EO:0007151 ! radiation treatment *** 
      is_a EO:0001039 ! radiation mutagen treatment *** 
      is_a EO:0007152 ! radiation intensity regimen *** 
       is_a EO:0007224 ! light intensity regimen *** 
      is_a EO:0007153 ! radiation quantity regimen *** 
       is_a EO:0007078 ! light quantity regimen *** 
      is_a EO:0007154 ! radiation quality treatment *** 
       is_a EO:0001022 ! gamma radiation treatment *** 
       is_a EO:0007196 ! light regimen
        is_a EO:0007222 ! UV light regimen *** 
         is_a EO:0007001 ! UV-B light regimen *** 
         is_a EO:0007002 ! UV-A light regimen *** 
         is_a EO:0007129 ! UV-C light regimen *** 
       is_a EO:0007615 ! Bevatron irradiation *** 
       is_a EO:0007616 ! deuteron irradiation *** 
       is_a EO:0007628 ! X-ray *** 

and

   is_a ZECO:0000128 ! experimental conditions
    is_a ZECO:0000145 ! electromagnetic radiation experimental conditions *** 
     is_a ZECO:0000146 ! magnetic field
     is_a ZECO:0000147 ! electric field
     is_a ZECO:0000148 ! ionizing radiation *** 
      is_a ZECO:0000149 ! gamma ray
      is_a ZECO:0000150 ! xray
      is_a ZECO:0000151 ! ionizing uv radiation *** 
     is_a ZECO:0000152 ! non-ionizing radiation *** 
      is_a ZECO:0000153 ! visible light
      is_a ZECO:0000154 ! non-ionizing uv
      is_a ZECO:0000155 ! infrared

[cmungall]

See linked ticket for comment on NPO tracker

NPO models radiation, waves and energy in what appears to be a very sensible manner. It's not clear if all of these are required to be imported in ENVO, but I can see this being useful in a variety of contexts. Energy is obviously an important concept when looking at some of the wider ENVO use cases.

See this figure for an example of R/W/E in NPO (subclasses denoted by containment):

[cmungall]

Note: NPO radiation seems to be taken directly from NCIt

[cmungall]

XCO:

  is_a XCO:0000038 ! radiation exposure
   is_a XCO:0000039 ! ionizing radiation exposure
    is_a XCO:0000040 ! gamma ray exposure
    is_a XCO:0000041 ! radon exposure
    is_a XCO:0000043 ! X-ray exposure
    is_a XCO:0000179 ! ionizing ultraviolet radiation exposure
   is_a XCO:0000044 ! non-ionizing radiation exposure
    is_a XCO:0000046 ! infrared radiation exposure
    is_a XCO:0000180 ! non-ionizing ultraviolet radiation exposure
   is_a XCO:0000045 ! electromagnetic radiation exposure
    is_a XCO:0000040 ! gamma ray exposure
    is_a XCO:0000042 ! ultraviolet ray exposure
     is_a XCO:0000179 ! ionizing ultraviolet radiation exposure
     is_a XCO:0000180 ! non-ionizing ultraviolet radiation exposure
    is_a XCO:0000043 ! X-ray exposure
    is_a XCO:0000046 ! infrared radiation exposure
    is_a XCO:0000284 ! controlled visible light exposure
     is_a XCO:0000182 ! controlled exposure to ambient light
     is_a XCO:0000283 ! visible light stimulus
     is_a XCO:0000459 ! controlled light/dark cycle
      is_a XCO:0000462 ! light phase of controlled light/dark cycle
      is_a XCO:0000463 ! dark phase of controlled light/dark cycle

[cmungall]

Any further thoughts on this? Just adopt NCIt here?