, ▁orch id ▁my cor rh iza ▁show ▁a ▁distinct ▁diver gence ▁form ▁the ▁traditional ▁parad ig m ▁of ▁un id irection al ▁nut ri ent ▁transfer ▁in ▁my cor rh iz al ▁associations . ▁Or ch id ▁my cor rh iz al ▁interactions ▁en comp ass ▁a ▁large ▁variety ▁of ▁sym bi otic ▁scenarios , ▁r anging ▁from ▁fully ▁my co h eter ot roph ic ▁plants ▁or ▁in ▁other ▁words ▁par as it ic ▁on ▁their ▁fung al ▁inhab it ant ▁such ▁as ▁Mon otrop a ▁un if l ora ▁which ▁la cks ▁ch lor oph yll , ▁to ▁interactions ▁that ▁take ▁on ▁a ▁similar ▁nature ▁to ▁those ▁found ▁in ▁ar bus cular ▁my cor rh iza , ▁where ▁in ▁bid irection al ▁nut ri ent ▁transport ▁takes ▁place ▁such ▁as ▁in ▁green ▁le aved ▁Go ody era ▁rep ens . ▁For ▁the ▁documented ▁interactions ▁in ▁orch id ▁my cor rh iza ▁it ▁has ▁been ▁observed ▁that ▁even ▁in ▁photos yn th et ically ▁capable ▁species ▁carbon ▁will ▁readily ▁flow ▁from ▁fung i ▁to ▁the ▁plant . ▁This ▁may ▁or ▁may ▁not ▁occur ▁simultaneously ▁with ▁the ▁transfer ▁of ▁carbon ▁from ▁plant ▁to ▁fung i . ▁The ▁evolution ary ▁reasoning ▁for ▁this ▁phenomen on ▁is ▁yet ▁to ▁be ▁dedu ced . ▁ ▁Due ▁to ▁this ▁orch id ▁my cor rh iza ▁in ▁general ▁are ▁considered ▁at ▁least ▁partially ▁my co h eter ot roph ic ▁interactions . ▁In ▁the ▁my co h eter ot roph ic ▁orch id ▁my cor rh iza