This　study　analyzed　the　relationship　between　the　physical　quantity　of　soundscape　and　the　psychological　quantity　for　humans　in　different　urban　forest　spaces　based　on　the　soundscape　harmonious　degree　and　the　physical　index　found　in　broad-leaved　and　coniferous　forest　spaces.　Three　soundscape　parameters　were　conceived:　the　soundscape　harmonious　degree　(SHD),　total　harmonious　degree　of　soundscape　(THDS),　and　equivalent　continuous　A-weighted　sound　pressure　level　(L-Aeq).　These　were　used　to　analyze　the　relationship　between　objective　and　subjective　soundscapes　in　urban　forests　and　structured　according　to　the　subjective　and　objective　transformation　model　of　soundscape　harmonious　degree　in　urban　forests.　Results　suggest　that　the　distributions　of　biophony　and　anthrophony　evaluation　scores　in　a　coniferous　forest　are　more　concentrated　than　in　a　broad-leaved　forest,　while　the　distribution　trend　of　geophony　is　the　opposite.　This　study　found　three　stages　of　coordinated　soundscape　perception,　both　in　broad-leaved　and　coniferous　forests,　including:　a　reduction　in　difference,　a　stationary　difference,　and　an　increase　in　difference.　The　law　of　psychophysics　can　be　applied　to　soundscape　harmonious　degree　and　L-Aeq　in　broad-leaved　and　coniferous　forests.　Overall,　the　results　revealed　that　although　there　are　differences　in　soundscape　harmonious　degree　between　the　geophony,　biophony　and　anthrophony　in　forests,　these　soundscapes　exhibit　a　pattern　when　their　soundscape　harmonious　degree　is　simultaneously　analyzed　in　an　ordered　sequence　of　L-Aeq.