ɪt kæn ðˈɛɹfoːɹ ˌʌndɚtˈeɪk ɐ bæktˈɪɹiəlfˈʌŋɡəl ˌɛndoʊsˌɪmbaɪˈoʊsɪs wˌɪtʃ ɐsˈɪsts ðɪ ˈɑːksɐlˌeɪtkˈɑːɹbənˌeɪt pˈæθweɪ ˌoʊsˌiːpˈiː ænd ɪspˈɛʃəli ðə kˈɛmɪkəl ɹɪˈækʃən ʌv bˌaɪoʊmˌɪnɚɹəlᵻzˈeɪʃən, ænd ɪn ðɪs kˈeɪs bˌaɪoʊkˌælsɪfɪkˈeɪʃən tə pɹədˈuːs kˈɑː sˌiːˈoʊ θɹˈiː fɹʌm sˌiːˈoʊ tˈuː ænd tə stˈoːɹ ɪɾ ɪnðə sˈɔɪlz.
It can therefore undertake a bacterial-fungal endosymbiosis which assists the oxalate-carbonate pathway (OCP) and especially the chemical reaction of biomineralization, and in this case biocalcification (to produce CaCO3 from CO2 and to store it in the soils).