DESIGN KNOWLEDGE / DIAGRAM 02

Supporting knowledge → statements and decisions

303 supporting statements · 219 linked · 84 unlinked · 420 supporting relationships

Diagram 2: supporting design knowledge and existing decision records303 supporting statements, 44 atomic statements, 49 decisions. 420 supporting relationships, 44 original assignments. 84 supporting statements have no assigned target.DESIGN KNOWLEDGE / DIAGRAM 02Supporting knowledge → statements and decisions303 supporting statements · 219 linked · 84 unlinked · 420 supporting relationships44 existing atomic statements and 49 decisions shown as targets; 44 original statement-to-decision links retained for traceability.Supporting knowledgeAtomic statementExisting decisionSource identifies the featureContext or inferred relevanceExisting assignmentAll arrows point toward the referenced recordD036 · D037 · D038D032 · D039 · D040D033 · D041 · D043D034 · D042 · D044D035 · D045 · D046D047D025 · D026 · D027 · D028 · D031D003D010 · D011 · D012 · D014D004 · D005 · D006D007 · D008 · D009D015 · D054 · D055D016D023D001D019D029D024D078D079D002D030D064D070D063D069provides_context_for: K:IH_P001_S002 → D:D047provides_context_for: K:IH_P001_S003 → D:D047provides_context_for: K:IH_P001_S004 → D:D047provides_context_for: K:IH_P001_S005 → D:D047provides_context_for: K:IH_P001_S006 → D:D047provides_context_for: K:IH_P001_S007 → D:D047provides_context_for: K:IH_P001_S008 → D:D047provides_context_for: K:IH_P001_S009 → D:D047provides_context_for: K:IH_P001_S010 → D:D047provides_context_for: K:IH_P001_S011 → D:D047provides_context_for: K:IH_P001_S012 → D:D047provides_context_for: K:GD_P002_S001 → D:D047provides_context_for: K:GD_P003_S001 → D:D047provides_context_for: K:GD_P003_S002 → D:D047provides_context_for: K:GD_P003_S003 → D:D047provides_context_for: K:GD_P003_S004 → D:D047provides_context_for: K:IH_P001_S013 → D:D047provides_context_for: K:GD_P005_S001 → D:D047provides_context_for: K:GD_P013_S001 → D:D047motivates: K:GD_P005_S002 → D:D002proposed_development_of: K:IH_P001_S016 → D:D031proposed_development_of: K:IH_P001_S026 → D:D031proposed_development_of: K:GD_P006_S007 → D:D031proposed_development_of: K:IH_P001_S033 → D:D031proposed_development_of: K:GD_P006_S014 → D:D031proposed_test_of: K:IH_P001_S034 → D:D019proposed_test_of: K:GD_P006_S015 → D:D019claimed_benefit_of: K:IH_P002_S002 → D:D016claimed_benefit_of: K:GD_P017_S001 → D:D016claimed_benefit_of: K:IH_P002_S008 → D:D029claimed_benefit_of: K:IH_P002_S009 → D:D029claimed_benefit_of: K:GD_P017_S007 → D:D029claimed_benefit_of: K:GD_P017_S008 → D:D029claimed_benefit_of: K:IH_P002_S012 → D:D030claimed_benefit_of: K:GD_P017_S010 → D:D030motivates: K:IH_P002_S013 → D:D031motivates: K:GD_P018_S014 → D:D031proposed_development_of: K:IH_P002_S014 → D:D031proposed_development_of: K:IH_P002_S015 → D:D031proposed_development_of: K:GD_P018_S001 → D:D031proposed_development_of: K:GD_P018_S002 → D:D031proposed_development_of: K:IH_P002_S016 → D:D001proposed_development_of: K:IH_P002_S017 → D:D001proposed_development_of: K:GD_P018_S003 → D:D001proposed_development_of: K:GD_P018_S004 → D:D001provides_context_for: K:IH_P002_S019 → D:D019provides_context_for: K:GD_P018_S006 → D:D019provides_context_for: K:IH_P002_S021 → D:D023provides_context_for: K:GD_P018_S008 → D:D023provides_context_for: K:IH_P002_S022 → D:D003provides_context_for: K:GD_P018_S009 → D:D003provides_context_for: K:IH_P002_S023 → D:D031provides_context_for: K:GD_P018_S010 → D:D031provides_context_for: K:IH_P002_S024 → D:D003provides_context_for: K:IH_P002_S025 → D:D003provides_context_for: K:GD_P018_S011 → D:D003provides_context_for: K:GD_P018_S012 → D:D003provides_context_for: K:IH_P002_S026 → D:D003provides_context_for: K:GD_P018_S013 → D:D003provides_context_for: K:IH_P003_S001 → D:D003provides_context_for: K:GD_P020_S001 → D:D003provides_context_for: K:IH_P003_S002 → A:IH_P003_S003provides_context_for: K:IH_P003_S002 → A:IH_P003_S004provides_context_for: K:IH_P003_S002 → A:IH_P003_S005provides_context_for: K:IH_P003_S006 → A:IH_P003_S003provides_context_for: K:IH_P003_S006 → A:IH_P003_S004provides_context_for: K:IH_P003_S006 → A:IH_P003_S005provides_context_for: K:IH_P003_S007 → A:IH_P003_S003provides_context_for: K:IH_P003_S007 → A:IH_P003_S004provides_context_for: K:IH_P003_S007 → A:IH_P003_S005provides_context_for: K:IH_P003_S008 → A:IH_P003_S003provides_context_for: K:IH_P003_S008 → A:IH_P003_S004provides_context_for: K:IH_P003_S008 → A:IH_P003_S005provides_context_for: K:IH_P003_S009 → A:IH_P003_S003provides_context_for: K:IH_P003_S009 → A:IH_P003_S004provides_context_for: K:IH_P003_S009 → A:IH_P003_S005provides_context_for: K:IH_P003_S010 → A:IH_P003_S003provides_context_for: K:IH_P003_S010 → A:IH_P003_S004provides_context_for: K:IH_P003_S010 → A:IH_P003_S005provides_context_for: K:IH_P003_S011 → A:IH_P003_S003provides_context_for: K:IH_P003_S011 → A:IH_P003_S004provides_context_for: K:IH_P003_S011 → A:IH_P003_S005provides_context_for: K:IH_P003_S012 → A:IH_P003_S003provides_context_for: K:IH_P003_S012 → A:IH_P003_S004provides_context_for: K:IH_P003_S012 → A:IH_P003_S005provides_context_for: K:IH_P003_S013 → A:IH_P003_S003provides_context_for: K:IH_P003_S013 → A:IH_P003_S004provides_context_for: K:IH_P003_S013 → A:IH_P003_S005provides_context_for: K:IH_P003_S014 → A:IH_P003_S017provides_context_for: K:IH_P003_S014 → A:IH_P003_S015provides_context_for: K:IH_P003_S014 → A:IH_P003_S016provides_context_for: K:IH_P003_S018 → A:IH_P003_S017provides_context_for: K:IH_P003_S018 → A:IH_P003_S015provides_context_for: K:IH_P003_S018 → A:IH_P003_S016provides_context_for: K:IH_P003_S019 → A:IH_P003_S017provides_context_for: K:IH_P003_S019 → A:IH_P003_S015provides_context_for: K:IH_P003_S019 → A:IH_P003_S016provides_context_for: K:IH_P003_S020 → A:IH_P003_S017provides_context_for: K:IH_P003_S020 → A:IH_P003_S015provides_context_for: K:IH_P003_S020 → A:IH_P003_S016provides_context_for: K:IH_P003_S021 → A:IH_P003_S017provides_context_for: K:IH_P003_S021 → A:IH_P003_S015provides_context_for: K:IH_P003_S021 → A:IH_P003_S016provides_context_for: K:IH_P003_S022 → A:IH_P003_S017provides_context_for: K:IH_P003_S022 → A:IH_P003_S015provides_context_for: K:IH_P003_S022 → A:IH_P003_S016provides_context_for: K:IH_P003_S023 → A:IH_P003_S017provides_context_for: K:IH_P003_S023 → A:IH_P003_S015provides_context_for: K:IH_P003_S023 → A:IH_P003_S016provides_context_for: K:IH_P003_S024 → A:IH_P003_S017provides_context_for: K:IH_P003_S024 → A:IH_P003_S015provides_context_for: K:IH_P003_S024 → A:IH_P003_S016provides_context_for: K:IH_P003_S025 → A:IH_P003_S017provides_context_for: K:IH_P003_S025 → A:IH_P003_S015provides_context_for: K:IH_P003_S025 → A:IH_P003_S016provides_context_for: K:IH_P003_S026 → A:IH_P003_S029provides_context_for: K:IH_P003_S026 → A:IH_P003_S027provides_context_for: K:IH_P003_S026 → A:IH_P003_S028provides_context_for: K:IH_P003_S030 → A:IH_P003_S029provides_context_for: K:IH_P003_S030 → A:IH_P003_S027provides_context_for: K:IH_P003_S030 → A:IH_P003_S028provides_context_for: K:IH_P003_S031 → A:IH_P003_S029provides_context_for: K:IH_P003_S031 → A:IH_P003_S027provides_context_for: K:IH_P003_S031 → A:IH_P003_S028provides_context_for: K:IH_P003_S032 → A:IH_P003_S029provides_context_for: K:IH_P003_S032 → A:IH_P003_S027provides_context_for: K:IH_P003_S032 → A:IH_P003_S028provides_context_for: K:IH_P003_S033 → A:IH_P003_S029provides_context_for: K:IH_P003_S033 → A:IH_P003_S027provides_context_for: K:IH_P003_S033 → A:IH_P003_S028provides_context_for: K:IH_P003_S034 → A:IH_P003_S029provides_context_for: K:IH_P003_S034 → A:IH_P003_S027provides_context_for: K:IH_P003_S034 → A:IH_P003_S028provides_context_for: K:IH_P003_S035 → A:IH_P003_S029provides_context_for: K:IH_P003_S035 → A:IH_P003_S027provides_context_for: K:IH_P003_S035 → A:IH_P003_S028provides_context_for: K:IH_P003_S036 → A:IH_P003_S029provides_context_for: K:IH_P003_S036 → A:IH_P003_S027provides_context_for: K:IH_P003_S036 → A:IH_P003_S028provides_context_for: K:IH_P003_S037 → A:IH_P003_S029provides_context_for: K:IH_P003_S037 → A:IH_P003_S027provides_context_for: K:IH_P003_S037 → A:IH_P003_S028provides_context_for: K:IH_P003_S038 → A:IH_P003_S041provides_context_for: K:IH_P003_S038 → A:IH_P003_S039provides_context_for: K:IH_P003_S038 → A:IH_P003_S040provides_context_for: K:IH_P003_S042 → A:IH_P003_S041provides_context_for: K:IH_P003_S042 → A:IH_P003_S039provides_context_for: K:IH_P003_S042 → A:IH_P003_S040provides_context_for: K:IH_P003_S043 → A:IH_P003_S041provides_context_for: K:IH_P003_S043 → A:IH_P003_S039provides_context_for: K:IH_P003_S043 → A:IH_P003_S040provides_context_for: K:IH_P003_S044 → A:IH_P003_S041provides_context_for: K:IH_P003_S044 → A:IH_P003_S039provides_context_for: K:IH_P003_S044 → A:IH_P003_S040provides_context_for: K:IH_P003_S045 → A:IH_P003_S041provides_context_for: K:IH_P003_S045 → A:IH_P003_S039provides_context_for: K:IH_P003_S045 → A:IH_P003_S040provides_context_for: K:IH_P003_S046 → A:IH_P003_S041provides_context_for: K:IH_P003_S046 → A:IH_P003_S039provides_context_for: K:IH_P003_S046 → A:IH_P003_S040provides_context_for: K:IH_P003_S047 → A:IH_P003_S041provides_context_for: K:IH_P003_S047 → A:IH_P003_S039provides_context_for: K:IH_P003_S047 → A:IH_P003_S040provides_context_for: K:IH_P003_S048 → A:IH_P003_S041provides_context_for: K:IH_P003_S048 → A:IH_P003_S039provides_context_for: K:IH_P003_S048 → A:IH_P003_S040provides_context_for: K:IH_P003_S049 → A:IH_P003_S041provides_context_for: K:IH_P003_S049 → A:IH_P003_S039provides_context_for: K:IH_P003_S049 → A:IH_P003_S040provides_context_for: K:IH_P003_S050 → A:IH_P003_S053provides_context_for: K:IH_P003_S050 → A:IH_P003_S051provides_context_for: K:IH_P003_S050 → A:IH_P003_S052provides_context_for: K:IH_P003_S054 → A:IH_P003_S053provides_context_for: K:IH_P003_S054 → A:IH_P003_S051provides_context_for: K:IH_P003_S054 → A:IH_P003_S052provides_context_for: K:IH_P003_S055 → A:IH_P003_S053provides_context_for: K:IH_P003_S055 → A:IH_P003_S051provides_context_for: K:IH_P003_S055 → A:IH_P003_S052provides_context_for: K:IH_P003_S056 → A:IH_P003_S053provides_context_for: K:IH_P003_S056 → A:IH_P003_S051provides_context_for: K:IH_P003_S056 → A:IH_P003_S052provides_context_for: K:IH_P003_S057 → A:IH_P003_S053provides_context_for: K:IH_P003_S057 → A:IH_P003_S051provides_context_for: K:IH_P003_S057 → A:IH_P003_S052provides_context_for: K:IH_P003_S058 → A:IH_P003_S053provides_context_for: K:IH_P003_S058 → A:IH_P003_S051provides_context_for: K:IH_P003_S058 → A:IH_P003_S052provides_context_for: K:IH_P003_S059 → A:IH_P003_S053provides_context_for: K:IH_P003_S059 → A:IH_P003_S051provides_context_for: K:IH_P003_S059 → A:IH_P003_S052provides_context_for: K:IH_P003_S060 → A:IH_P003_S053provides_context_for: K:IH_P003_S060 → A:IH_P003_S051provides_context_for: K:IH_P003_S060 → A:IH_P003_S052provides_context_for: K:IH_P003_S061 → A:IH_P003_S053provides_context_for: K:IH_P003_S061 → A:IH_P003_S051provides_context_for: K:IH_P003_S061 → A:IH_P003_S052provides_context_for: K:GD_P020_S002 → A:GD_P020_S003provides_context_for: K:GD_P020_S002 → A:GD_P020_S004provides_context_for: K:GD_P020_S002 → A:GD_P020_S005provides_context_for: K:GD_P020_S006 → A:GD_P020_S003provides_context_for: K:GD_P020_S006 → A:GD_P020_S004provides_context_for: K:GD_P020_S006 → A:GD_P020_S005provides_context_for: K:GD_P020_S007 → A:GD_P020_S003provides_context_for: K:GD_P020_S007 → A:GD_P020_S004provides_context_for: K:GD_P020_S007 → A:GD_P020_S005provides_context_for: K:GD_P020_S008 → A:GD_P020_S003provides_context_for: K:GD_P020_S008 → A:GD_P020_S004provides_context_for: K:GD_P020_S008 → A:GD_P020_S005provides_context_for: K:GD_P020_S009 → A:GD_P020_S003provides_context_for: K:GD_P020_S009 → A:GD_P020_S004provides_context_for: K:GD_P020_S009 → A:GD_P020_S005provides_context_for: K:GD_P020_S010 → A:GD_P020_S003provides_context_for: K:GD_P020_S010 → A:GD_P020_S004provides_context_for: K:GD_P020_S010 → A:GD_P020_S005provides_context_for: K:GD_P020_S011 → A:GD_P020_S003provides_context_for: K:GD_P020_S011 → A:GD_P020_S004provides_context_for: K:GD_P020_S011 → A:GD_P020_S005provides_context_for: K:GD_P020_S012 → A:GD_P020_S003provides_context_for: K:GD_P020_S012 → A:GD_P020_S004provides_context_for: K:GD_P020_S012 → A:GD_P020_S005provides_context_for: K:GD_P020_S013 → A:GD_P020_S003provides_context_for: K:GD_P020_S013 → A:GD_P020_S004provides_context_for: K:GD_P020_S013 → A:GD_P020_S005provides_context_for: K:GD_P020_S014 → A:GD_P020_S017provides_context_for: K:GD_P020_S014 → A:GD_P020_S015provides_context_for: K:GD_P020_S014 → A:GD_P020_S016provides_context_for: K:GD_P020_S018 → A:GD_P020_S017provides_context_for: K:GD_P020_S018 → A:GD_P020_S015provides_context_for: K:GD_P020_S018 → A:GD_P020_S016provides_context_for: K:GD_P020_S019 → A:GD_P020_S017provides_context_for: K:GD_P020_S019 → A:GD_P020_S015provides_context_for: K:GD_P020_S019 → A:GD_P020_S016provides_context_for: K:GD_P020_S020 → A:GD_P020_S017provides_context_for: K:GD_P020_S020 → A:GD_P020_S015provides_context_for: K:GD_P020_S020 → A:GD_P020_S016provides_context_for: K:GD_P020_S021 → A:GD_P020_S017provides_context_for: K:GD_P020_S021 → A:GD_P020_S015provides_context_for: K:GD_P020_S021 → A:GD_P020_S016provides_context_for: K:GD_P020_S022 → A:GD_P020_S017provides_context_for: K:GD_P020_S022 → A:GD_P020_S015provides_context_for: K:GD_P020_S022 → A:GD_P020_S016provides_context_for: K:GD_P020_S023 → A:GD_P020_S017provides_context_for: K:GD_P020_S023 → A:GD_P020_S015provides_context_for: K:GD_P020_S023 → A:GD_P020_S016provides_context_for: K:GD_P020_S024 → A:GD_P020_S017provides_context_for: K:GD_P020_S024 → A:GD_P020_S015provides_context_for: K:GD_P020_S024 → A:GD_P020_S016provides_context_for: K:GD_P020_S025 → A:GD_P020_S017provides_context_for: K:GD_P020_S025 → A:GD_P020_S015provides_context_for: K:GD_P020_S025 → A:GD_P020_S016provides_context_for: K:GD_P020_S026 → A:GD_P020_S029provides_context_for: K:GD_P020_S026 → A:GD_P020_S027provides_context_for: K:GD_P020_S026 → A:GD_P020_S028provides_context_for: K:GD_P020_S030 → A:GD_P020_S029provides_context_for: K:GD_P020_S030 → A:GD_P020_S027provides_context_for: K:GD_P020_S030 → A:GD_P020_S028provides_context_for: K:GD_P020_S031 → A:GD_P020_S029provides_context_for: K:GD_P020_S031 → A:GD_P020_S027provides_context_for: K:GD_P020_S031 → A:GD_P020_S028provides_context_for: K:GD_P020_S032 → A:GD_P020_S029provides_context_for: K:GD_P020_S032 → A:GD_P020_S027provides_context_for: K:GD_P020_S032 → A:GD_P020_S028provides_context_for: K:GD_P020_S033 → A:GD_P020_S029provides_context_for: K:GD_P020_S033 → A:GD_P020_S027provides_context_for: K:GD_P020_S033 → A:GD_P020_S028provides_context_for: K:GD_P020_S034 → A:GD_P020_S029provides_context_for: K:GD_P020_S034 → A:GD_P020_S027provides_context_for: K:GD_P020_S034 → A:GD_P020_S028provides_context_for: K:GD_P020_S035 → A:GD_P020_S029provides_context_for: K:GD_P020_S035 → A:GD_P020_S027provides_context_for: K:GD_P020_S035 → A:GD_P020_S028provides_context_for: K:GD_P020_S036 → A:GD_P020_S029provides_context_for: K:GD_P020_S036 → A:GD_P020_S027provides_context_for: K:GD_P020_S036 → A:GD_P020_S028provides_context_for: K:GD_P020_S037 → A:GD_P020_S029provides_context_for: K:GD_P020_S037 → A:GD_P020_S027provides_context_for: K:GD_P020_S037 → A:GD_P020_S028provides_context_for: K:GD_P020_S038 → A:GD_P020_S041provides_context_for: K:GD_P020_S038 → A:GD_P020_S039provides_context_for: K:GD_P020_S038 → A:GD_P020_S040provides_context_for: K:GD_P020_S042 → A:GD_P020_S041provides_context_for: K:GD_P020_S042 → A:GD_P020_S039provides_context_for: K:GD_P020_S042 → A:GD_P020_S040provides_context_for: K:GD_P020_S043 → A:GD_P020_S041provides_context_for: K:GD_P020_S043 → A:GD_P020_S039provides_context_for: K:GD_P020_S043 → A:GD_P020_S040provides_context_for: K:GD_P020_S044 → A:GD_P020_S041provides_context_for: K:GD_P020_S044 → A:GD_P020_S039provides_context_for: K:GD_P020_S044 → A:GD_P020_S040provides_context_for: K:GD_P020_S045 → A:GD_P020_S041provides_context_for: K:GD_P020_S045 → A:GD_P020_S039provides_context_for: K:GD_P020_S045 → A:GD_P020_S040provides_context_for: K:GD_P020_S046 → A:GD_P020_S041provides_context_for: K:GD_P020_S046 → A:GD_P020_S039provides_context_for: K:GD_P020_S046 → A:GD_P020_S040provides_context_for: K:GD_P020_S047 → A:GD_P020_S041provides_context_for: K:GD_P020_S047 → A:GD_P020_S039provides_context_for: K:GD_P020_S047 → A:GD_P020_S040provides_context_for: K:GD_P020_S048 → A:GD_P020_S041provides_context_for: K:GD_P020_S048 → A:GD_P020_S039provides_context_for: K:GD_P020_S048 → A:GD_P020_S040provides_context_for: K:GD_P020_S049 → A:GD_P020_S041provides_context_for: K:GD_P020_S049 → A:GD_P020_S039provides_context_for: K:GD_P020_S049 → A:GD_P020_S040provides_context_for: K:GD_P020_S050 → A:GD_P020_S053provides_context_for: K:GD_P020_S050 → A:GD_P020_S051provides_context_for: K:GD_P020_S050 → A:GD_P020_S052provides_context_for: K:GD_P020_S054 → A:GD_P020_S053provides_context_for: K:GD_P020_S054 → A:GD_P020_S051provides_context_for: K:GD_P020_S054 → A:GD_P020_S052provides_context_for: K:GD_P020_S055 → A:GD_P020_S053provides_context_for: K:GD_P020_S055 → A:GD_P020_S051provides_context_for: K:GD_P020_S055 → A:GD_P020_S052provides_context_for: K:GD_P020_S056 → A:GD_P020_S053provides_context_for: K:GD_P020_S056 → A:GD_P020_S051provides_context_for: K:GD_P020_S056 → A:GD_P020_S052provides_context_for: K:GD_P020_S057 → A:GD_P020_S053provides_context_for: K:GD_P020_S057 → A:GD_P020_S051provides_context_for: K:GD_P020_S057 → A:GD_P020_S052provides_context_for: K:GD_P020_S058 → A:GD_P020_S053provides_context_for: K:GD_P020_S058 → A:GD_P020_S051provides_context_for: K:GD_P020_S058 → A:GD_P020_S052provides_context_for: K:GD_P020_S059 → A:GD_P020_S053provides_context_for: K:GD_P020_S059 → A:GD_P020_S051provides_context_for: K:GD_P020_S059 → A:GD_P020_S052provides_context_for: K:GD_P020_S060 → A:GD_P020_S053provides_context_for: K:GD_P020_S060 → A:GD_P020_S051provides_context_for: K:GD_P020_S060 → A:GD_P020_S052provides_context_for: K:GD_P020_S061 → A:GD_P020_S053provides_context_for: K:GD_P020_S061 → A:GD_P020_S051provides_context_for: K:GD_P020_S061 → A:GD_P020_S052provides_context_for: K:IH_P003_S062 → D:D047provides_context_for: K:IH_P003_S063 → D:D047provides_context_for: K:IH_P003_S067 → D:D047provides_context_for: K:IH_P003_S071 → D:D047provides_context_for: K:GD_P019_S001 → D:D047provides_context_for: K:GD_P019_S002 → D:D047provides_context_for: K:GD_P019_S003 → D:D047provides_context_for: K:IH_P003_S064 → D:D003provides_context_for: K:GD_P019_S004 → D:D003provides_context_for: K:IH_P003_S065 → D:D016provides_context_for: K:IH_P003_S072 → D:D016provides_context_for: K:GD_P019_S005 → D:D016provides_context_for: K:GD_P019_S010 → D:D016claimed_benefit_of: K:IH_P003_S066 → D:D023claimed_benefit_of: K:GD_P019_S006 → D:D023claimed_benefit_of: K:IH_P003_S073 → D:D031claimed_benefit_of: K:GD_P019_S011 → D:D031motivates: K:IH_P003_S075 → D:D003claimed_benefit_of: K:IH_P004_S009 → D:D054motivates: K:IH_P004_S013 → D:D004motivates: K:IH_P004_S014 → D:D004motivates: K:IH_P004_S015 → D:D004motivates: K:IH_P004_S016 → D:D004motivates: K:IH_P004_S017 → D:D004motivates: K:IH_P004_S018 → D:D004claimed_benefit_of: K:IH_P004_S020 → D:D064claimed_benefit_of: K:IH_P004_S021 → D:D063claimed_benefit_of: K:IH_P005_S009 → D:D055provides_context_for: K:IH_P005_S010 → A:IH_P005_S011provides_context_for: K:IH_P005_S010 → A:IH_P005_S012motivates: K:IH_P005_S015 → D:D070motivates: K:IH_P005_S018 → D:D070claimed_benefit_of: K:IH_P005_S016 → D:D007claimed_benefit_of: K:IH_P005_S016 → D:D008claimed_benefit_of: K:IH_P005_S017 → D:D069claimed_benefit_of: K:IH_P006_S009 → D:D015claimed_benefit_of: K:IH_P006_S011 → D:D010claimed_benefit_of: K:IH_P006_S011 → D:D011claimed_benefit_of: K:IH_P006_S011 → D:D012claimed_benefit_of: K:IH_P006_S012 → D:D010claimed_benefit_of: K:IH_P006_S016 → D:D010claimed_benefit_of: K:IH_P006_S013 → A:IH_P006_S020claimed_benefit_of: K:IH_P006_S014 → A:IH_P006_S021claimed_benefit_of: K:IH_P006_S015 → D:D014claimed_benefit_of: K:IH_P006_S017 → D:D011claimed_benefit_of: K:IH_P006_S017 → D:D014claimed_benefit_of: K:IH_P006_S018 → D:D012provides_context_for: K:GD_P007_S001 → D:D003provides_context_for: K:GD_P009_S001 → D:D003provides_context_for: K:GD_P009_S005 → D:D003potentially_informs: K:GD_P008_S002 → D:D054potentially_informs: K:GD_P008_S002 → D:D055potentially_informs: K:GD_P008_S002 → D:D015potentially_informs: K:GD_P008_S003 → D:D003potentially_informs: K:GD_P008_S004 → D:D031potentially_informs: K:GD_P009_S007 → D:D025potentially_informs: K:GD_P009_S007 → D:D031potentially_informs: K:GD_P009_S009 → D:D025potentially_informs: K:GD_P009_S015 → D:D004provides_context_for: K:GD_P010_S001 → D:D025provides_context_for: K:GD_P010_S001 → D:D026provides_context_for: K:GD_P010_S001 → D:D027potentially_informs: K:GD_P014_S004 → D:D003potentially_informs: K:GD_P014_S011 → D:D064provides_context_for: K:GD_P015_S003 → A:GD_P015_S004provides_context_for: K:GD_P015_S003 → A:GD_P015_S005_R1provides_context_for: K:GD_P015_S003 → A:GD_P015_S005_R2provides_context_for: K:GD_P015_S006 → A:GD_P015_S007provides_context_for: K:GD_P015_S006 → A:GD_P015_S008_R1provides_context_for: K:GD_P015_S006 → A:GD_P015_S008_R2provides_context_for: K:GD_P015_S013 → A:GD_P015_S007provides_context_for: K:GD_P015_S013 → A:GD_P015_S008_R1provides_context_for: K:GD_P015_S013 → A:GD_P015_S008_R2provides_context_for: K:GD_P015_S009 → A:GD_P015_S010provides_context_for: K:GD_P015_S009 → A:GD_P015_S011_R1provides_context_for: K:GD_P015_S009 → A:GD_P015_S011_R2motivates: K:GD_P015_S012 → D:D006provides_context_for: K:GD_P015_S014 → D:D010provides_context_for: K:GD_P015_S017 → D:D010provides_context_for: K:GD_P015_S015 → D:D003provides_context_for: K:GD_P015_S016 → D:D003provides_context_for: K:GD_P015_S023 → D:D003informs: K:GD_P016_S002 → D:D002informs: K:GD_P016_S005 → D:D023informs: K:GD_P016_S007 → A:GD_P016_S006potentially_informs: K:GD_P022_S001 → D:D025potentially_informs: K:GD_P022_S001 → D:D026potentially_informs: K:GD_P022_S001 → D:D027potentially_informs: K:GD_P022_S001 → D:D028describes: A:GD_P015_S004 → D:D004describes: A:GD_P015_S005_R1 → D:D005describes: A:GD_P015_S005_R2 → D:D006describes: A:GD_P015_S007 → D:D007describes: A:IH_P005_S012 → D:D007describes: A:GD_P015_S008_R1 → D:D008describes: A:IH_P005_S011 → D:D008describes: A:GD_P015_S008_R2 → D:D009describes: A:GD_P015_S010 → D:D010describes: A:GD_P015_S011_R1 → D:D011describes: A:GD_P015_S011_R2 → D:D014describes: A:GD_P016_S006 → D:D024describes: A:GD_P020_S017 → D:D032describes: A:IH_P003_S017 → D:D032describes: A:GD_P020_S029 → D:D033describes: A:IH_P003_S029 → D:D033describes: A:GD_P020_S041 → D:D034describes: A:IH_P003_S041 → D:D034describes: A:GD_P020_S053 → D:D035describes: A:IH_P003_S053 → D:D035describes: A:GD_P020_S003 → D:D036describes: A:IH_P003_S003 → D:D036describes: A:GD_P020_S004 → D:D037describes: A:IH_P003_S004 → D:D037describes: A:GD_P020_S005 → D:D038describes: A:IH_P003_S005 → D:D038describes: A:GD_P020_S015 → D:D039describes: A:IH_P003_S015 → D:D039describes: A:GD_P020_S016 → D:D040describes: A:IH_P003_S016 → D:D040describes: A:GD_P020_S027 → D:D041describes: A:IH_P003_S027 → D:D041describes: A:GD_P020_S039 → D:D042describes: A:IH_P003_S039 → D:D042describes: A:GD_P020_S028 → D:D043describes: A:IH_P003_S028 → D:D043describes: A:GD_P020_S040 → D:D044describes: A:IH_P003_S040 → D:D044describes: A:GD_P020_S051 → D:D045describes: A:IH_P003_S051 → D:D045describes: A:GD_P020_S052 → D:D046describes: A:IH_P003_S052 → D:D046describes: A:IH_P006_S020 → D:D078describes: A:IH_P006_S021 → D:D079D001: printed modules / fabrication methodD001D002: printed habitat model / materialD002D003: modular habitat system / module typesD003D004: nest_module.nesting_tubes / internal diameterD004D005: nest_module.nesting_tubes / qualitative depthD005D006: nest_module.nesting_tubes / intended internal conditionD006D007: shelter_module.chambers / geometryD007D008: shelter_module.fins / configurationD008D009: shelter_module / surface textureD009D010: planter_module.soil_tray / configurationD010D011: planter_module / drainage provisionD011D012: planter_module.root_pockets / presenceD012D014: planter_module.overflow_lip / overflow provisionD014D015: planter_module / drainage featureD015D016: module placement / top layer modulesD016D019: habitat modules / material propertiesD019D023: filling material / materialD023D024: structural system / materialD024D025: bee / mason-bee module / fill materialD025D026: lacewing / ladybug module / fill materialD026D027: butterfly / moth module / fill materialD027D028: shelter / insulation module / fill materialD028D029: structural spine / constructionD029D030: ground ecology base / configurationD030D031: habitat tower / material paletteD031D032: habitat tower / material palette / School campusD032D033: habitat tower / material palette / Park edgeD033D034: habitat tower / material palette / Construction fenceD034D035: habitat tower / material palette / Housing estate podiumD035D036: habitat tower / height / Dense city roofD036D037: habitat tower / base span / Dense city roofD037D038: habitat tower / material palette / Dense city roofD038D039: habitat tower / height / School campusD039D040: habitat tower / base span / School campusD040D041: habitat tower / height / Park edgeD041D042: habitat tower / height / Construction fenceD042D043: habitat tower / base span / Park edgeD043D044: habitat tower / base span / Construction fenceD044D045: habitat tower / height / Housing estate podiumD045D046: habitat tower / base span / Housing estate podiumD046D047: habitat tower / system compositionD047D054: nest_module / drainage featureD054D055: shelter_module / drainage featureD055D063: nest_module.nesting_tubes / rear closureD063D064: nest_module.nesting_tubes / diameter varietyD064D069: shelter_module.cavities / surface textureD069D070: shelter_module.pockets / pocket sizeD070D078: planter_module.drainage_holes / diameterD078D079: planter_module.root_pockets / depthD079GD_P015_S004: The nest module specifies cavity diameters of 3, 5 and 8 mm.GD_P015_S004GD_P015_S005_R1: The nest tubes are described as deep.GD_P015_S005_R1GD_P015_S005_R2: The nest tubes are described as dry.GD_P015_S005_R2GD_P015_S007: The shelter module specifies irregular chambers.GD_P015_S007GD_P015_S008_R1: The shelter module specifies layered fins.GD_P015_S008_R1GD_P015_S008_R2: The shelter module specifies textured surfaces.GD_P015_S008_R2GD_P015_S010: The planter module specifies a shallow soil tray.GD_P015_S010GD_P015_S011_R1: The planter module specifies drainage.GD_P015_S011_R1GD_P015_S011_R2: The planter module specifies overflow provision.GD_P015_S011_R2GD_P016_S006: Sand, gravel, stones, wire and rubber are selected to provide structural stability.GD_P016_S006GD_P020_S003: The dense city roof scenario illustrates a tower approximately 1200 mm high.GD_P020_S003GD_P020_S004: The dense city roof scenario illustrates a base span of approximately 900 mm.GD_P020_S004GD_P020_S005: The dense city roof scenario lists the following material palette: recycled plastic filament, PHA, untreated timber, organic fill (twigs, leaves, pine cones), soil/sand/clay binder.GD_P020_S005GD_P020_S015: The school campus scenario illustrates a tower approximately 1100 mm high.GD_P020_S015GD_P020_S016: The school campus scenario illustrates a base span of approximately 800 mm.GD_P020_S016GD_P020_S017: The school campus scenario lists the following material palette: recycled plastic filament, PHA, untreated timber, organic fill (twigs, leaves, pine cones), soil/sand/clay binder.GD_P020_S017GD_P020_S027: The park edge scenario illustrates a tower approximately 1200 mm high.GD_P020_S027GD_P020_S028: The park edge scenario illustrates a base span of approximately 900 mm.GD_P020_S028GD_P020_S029: The park edge scenario lists the following material palette: recycled plastic filament, PHA, untreated timber, organic fill (twigs, leaves, pine cones), soil/sand/clay binder.GD_P020_S029GD_P020_S039: The construction fence scenario illustrates a tower approximately 1100 mm high.GD_P020_S039GD_P020_S040: The construction fence scenario illustrates a base span of approximately 800 mm.GD_P020_S040GD_P020_S041: The construction fence scenario lists the following material palette: recycled plastic filament, PHA, untreated timber, organic fill (twigs, leaves, pine cones), soil/sand/clay binder.GD_P020_S041GD_P020_S051: The housing estate podium scenario illustrates a tower approximately 1100 mm high.GD_P020_S051GD_P020_S052: The housing estate podium scenario illustrates a base span of approximately 800 mm.GD_P020_S052GD_P020_S053: The housing estate podium scenario lists the following material palette: recycled plastic filament, PHA, untreated timber, organic fill (twigs, leaves, pine cones).GD_P020_S053IH_P003_S003: The dense city roof scenario illustrates a tower approximately 1200 mm high.IH_P003_S003IH_P003_S004: The dense city roof scenario illustrates a base span of approximately 900 mm.IH_P003_S004IH_P003_S005: The dense city roof scenario lists the following material palette: recycled plastic filament, PHA, untreated timber, organic fill (twigs, leaves, pine cones), soil/sand/clay binder.IH_P003_S005IH_P003_S015: The school campus scenario illustrates a tower approximately 1100 mm high.IH_P003_S015IH_P003_S016: The school campus scenario illustrates a base span of approximately 800 mm.IH_P003_S016IH_P003_S017: The school campus scenario lists the following material palette: recycled plastic filament, PHA, untreated timber, organic fill (twigs, leaves, pine cones), soil/sand/clay binder.IH_P003_S017IH_P003_S027: The park edge scenario illustrates a tower approximately 1200 mm high.IH_P003_S027IH_P003_S028: The park edge scenario illustrates a base span of approximately 900 mm.IH_P003_S028IH_P003_S029: The park edge scenario lists the following material palette: recycled plastic filament, PHA, untreated timber, organic fill (twigs, leaves, pine cones), soil/sand/clay binder.IH_P003_S029IH_P003_S039: The construction fence scenario illustrates a tower approximately 1100 mm high.IH_P003_S039IH_P003_S040: The construction fence scenario illustrates a base span of approximately 800 mm.IH_P003_S040IH_P003_S041: The construction fence scenario lists the following material palette: recycled plastic filament, PHA, untreated timber, organic fill (twigs, leaves, pine cones), soil/sand/clay binder.IH_P003_S041IH_P003_S051: The housing estate podium scenario illustrates a tower approximately 1100 mm high.IH_P003_S051IH_P003_S052: The housing estate podium scenario illustrates a base span of approximately 800 mm.IH_P003_S052IH_P003_S053: The housing estate podium scenario lists the following material palette: recycled plastic filament, PHA, untreated timber, organic fill (twigs, leaves, pine cones).IH_P003_S053IH_P005_S011: The shelter module specifies layered fins with narrow gaps for lacewings and small insects.IH_P005_S011IH_P005_S012: The shelter module specifies irregular chambers intended to accommodate diverse species.IH_P005_S012IH_P006_S020: The planter module specifies drainage holes with diameters of 6-8 mm.IH_P006_S020IH_P006_S021: The planter module specifies root pockets 20-30 mm deep.IH_P006_S021GD_P002_S001: The source identifies rapid development and human activity in Sai Sha as pressures on local ecosystems and dependent species.GD_P002_S001GD_P003_S001: The source reports accumulation of beach litter, discarded fishing wire and construction waste in coastal and natural areas.GD_P003_S001GD_P003_S002: The source reports replacement of natural shorelines and vegetation by development and recreation facilities.GD_P003_S002GD_P003_S003: The source attributes increased heat and environmental stress to hard surfaces, lack of shade and climate change.GD_P003_S003GD_P003_S004: The source describes roads, fences and barriers as fragmenting ecosystems and isolating small wildlife populations.GD_P003_S004GD_P005_S001: The project asks how space taken from nature could be returned.GD_P005_S001GD_P005_S002: The project explores adaptive, biodegradable infrastructure as a response to human encroachment on nature.GD_P005_S002GD_P006_S001: The proposed workflow combines community participation, data and AI to co-create habitat solutions for Sai Sha.GD_P006_S001GD_P006_S002: The workflow proposes to conduct site walks and community interviews.GD_P006_S002GD_P006_S003: The workflow proposes to map degraded areas and species observations.GD_P006_S003GD_P006_S004: The workflow proposes to identify local challenges and opportunities.GD_P006_S004GD_P006_S005: The workflow proposes to collect beach litter and fishing-gear waste.GD_P006_S005GD_P006_S006: The workflow proposes to collect construction off-cuts.GD_P006_S006GD_P006_S007: The workflow proposes to collect natural materials including wood, bamboo, leaves and soil.GD_P006_S007GD_P006_S008: The workflow proposes to identify local pollinators and beneficial insects.GD_P006_S008GD_P006_S009: The workflow proposes to study nesting, feeding and shelter requirements.GD_P006_S009GD_P006_S010: The workflow proposes to gather climate, greenery and wind data.GD_P006_S010GD_P006_S011: The workflow proposes to generate multiple design scenarios.GD_P006_S011GD_P006_S012: The workflow proposes to test materials, modules and spatial strategies.GD_P006_S012GD_P006_S013: The workflow proposes to evaluate ecological and contextual performance.GD_P006_S013GD_P006_S014: The workflow proposes to build prototypes using recycled materials.GD_P006_S014GD_P006_S015: The workflow proposes to conduct field tests of durability and habitat use.GD_P006_S015GD_P006_S016: The workflow proposes to iterate based on feedback and observations.GD_P006_S016GD_P006_S017: The workflow proposes to share knowledge and results with the community.GD_P006_S017GD_P006_S018: The workflow proposes to install and monitor habitats.GD_P006_S018GD_P006_S019: The workflow proposes to co-evolve designs for long-term impact.GD_P006_S019GD_P007_S001: Insect hotels are intended to provide stable environments for nesting, reproduction and recovery from habitat loss.GD_P007_S001GD_P008_S001: The reference guidance recommends a waterproof roof frame for shade and protection against wet tunnels and mould.GD_P008_S001GD_P008_S002: The reference guidance recommends drainage holes at the bottom of each compartment.GD_P008_S002GD_P008_S003: The reference guidance recommends multiple independent compartments for different insects and predator defence.GD_P008_S003GD_P008_S004: The reference guidance recommends untreated natural wood described as durable and mould-resistant.GD_P008_S004GD_P009_S001: The reference slide describes insect hotels as environments for nesting, reproduction and recovery from habitat loss.GD_P009_S001GD_P009_S002: The reference infographic claims that nearly one-third of food depends on pollinators.GD_P009_S002GD_P009_S003: The reference infographic claims that 85% of plant species rely on pollination.GD_P009_S003GD_P009_S004: The reference infographic recommends nectar-rich flowers blooming throughout the season instead of monocultures.GD_P009_S004GD_P009_S005: The reference infographic claims that safe insect shelters support biodiversity.GD_P009_S005GD_P009_S006: The reference infographic recommends inverted clay pots filled with straw for earwigs.GD_P009_S006GD_P009_S007: The reference infographic recommends materials including wood, straw, clay and bamboo.GD_P009_S007GD_P009_S008: The reference infographic proposes fine wire mesh to prevent disturbance by birds.GD_P009_S008GD_P009_S009: The reference infographic associates bamboo or hollow stems with mason and leafcutter bees.GD_P009_S009GD_P009_S010: The reference infographic recommends straw shelter for lacewings.GD_P009_S010GD_P009_S011: The reference infographic associates rose, barberry and raspberry stems with nesting sites for hoverflies and pollinators.GD_P009_S011GD_P009_S012: The reference infographic associates drilled thick branches with solitary wasps and bees.GD_P009_S012GD_P009_S013: The reference infographic associates cones and dry leaves with shelter for ladybugs and other beneficial insects.GD_P009_S013GD_P009_S014: The reference infographic recommends holes no larger than 10 mm in bricks intended for solitary bees.GD_P009_S014GD_P009_S015: The reference infographic gives a 2-8 mm opening-size range described as suitable for most insects.GD_P009_S015GD_P010_S001: The research asks which insect types should be attracted in Sai Sha, Hong Kong.GD_P010_S001GD_P011_S001: The species-reference slide identifies leafcutter bees as solitary bees.GD_P011_S001GD_P011_S002: The species-reference slide identifies potter wasps as solitary wasps.GD_P011_S002GD_P012_S001: The cited Faux Flora project by Justina Alexandroff is described as an artificial flower system guiding pollinators to flower-rich areas in polluted environments.GD_P012_S001GD_P012_S002: The cited Faux Flora project is described as using parametric 3D design to guide insects to flower nectar and support biodiversity.GD_P012_S002GD_P012_S003: The cited Alusta Pavilion in Helsinki by Maiju Suomi and Elina Koivisto uses soil, fired and unfired clay bricks, and wood.GD_P012_S003GD_P012_S004: The cited Alusta Pavilion is described as low-rise rectangular structures with stacked, perforated terracotta-hued bricks.GD_P012_S004GD_P013_S001: The project frames design adaptation around insect hotels in Hong Kong.GD_P013_S001GD_P014_S002: The initial sketch labels a wooden plank.GD_P014_S002GD_P014_S003: The initial sketch proposes a groove holding the module on a board, inspired by Chinese joinery.GD_P014_S003GD_P014_S004: The initial sketch tentatively proposes plants.GD_P014_S004GD_P014_S005: The initial sketch proposes an extended module part for joinery.GD_P014_S005GD_P014_S006: The initial sketch proposes a board groove to fit and lock the module.GD_P014_S006GD_P014_S007: The initial sketch proposes an additional board with stands beneath the module as a supporting base.GD_P014_S007GD_P014_S008: The handwritten sketch proposes a sloping roof for drainage.GD_P014_S008GD_P014_S009: The handwritten sketch proposes hay or other materials needed for insect nesting.GD_P014_S009GD_P014_S010: The handwritten sketch calls for drainage outlets without specifying their number.GD_P014_S010GD_P014_S011: The handwritten sketch proposes holes of different sizes.GD_P014_S011GD_P014_S012: The handwritten sketch tentatively proposes a rack or another supporting structure.GD_P014_S012GD_P014_S013: The initial sketch includes an approximately 12 cm dimension whose exact component association needs confirmation.GD_P014_S013GD_P014_S014: The support sketch includes a 3-4 m dimension whose interpretation needs confirmation.GD_P014_S014GD_P015_S003: The nest module is intended for bees and other pollinators.GD_P015_S003GD_P015_S006: The shelter module is intended for beneficial insects, including beetles, and for spiders.GD_P015_S006GD_P015_S009: The planter module is intended to support a vegetation layer.GD_P015_S009GD_P015_S012: The habitat continuum assigns the nest module a dry habitat role.GD_P015_S012GD_P015_S013: The habitat continuum assigns the shelter module a transitional habitat role.GD_P015_S013GD_P015_S014: The habitat continuum assigns the planter module a living surface role.GD_P015_S014GD_P015_S015: The pollination role is intended to support pollinators and healthy ecosystems.GD_P015_S015GD_P015_S016: The biodiversity role is intended to provide shelter for beneficial species.GD_P015_S016GD_P015_S017: The vegetation role is intended to enable planting and green infrastructure.GD_P015_S017GD_P015_S023: The final-model slide proposes mixing and matching modules to create resilient habitats.GD_P015_S023GD_P016_S002: The material-selection slide describes PHA as a fully biodegradable, lab-grown bioplastic.GD_P016_S002GD_P016_S005: The material-selection slide describes the natural filling materials as biodegradable.GD_P016_S005GD_P016_S007: The source categorises sand, gravel, stones, wire and rubber under its "Non-recyclable" label.GD_P016_S007GD_P017_S001: Top planters are intended to provide greenery, collect rainwater and cool the microclimate.GD_P017_S001GD_P017_S007: The rock-filled wire cages are intended to provide mass, stability and thermal buffering.GD_P017_S007GD_P017_S008: Voids in the structural spine are intended to accommodate small species.GD_P017_S008GD_P017_S010: The ground-connected module base is intended to support soil life and decomposition.GD_P017_S010GD_P018_S001: The lifecycle proposes collecting waste from Sai Sha and nearby communities.GD_P018_S001GD_P018_S002: The proposed waste streams include plastic waste, construction offcuts, natural yard waste and organic matter.GD_P018_S002GD_P018_S003: Collected materials are proposed to become modular components through low-impact fabrication.GD_P018_S003GD_P018_S004: The fabrication proposal includes 3D-printed modules.GD_P018_S004GD_P018_S005: The fabrication proposal includes local making and hand assembly.GD_P018_S005GD_P018_S006: The lifecycle anticipates weathering of modules and natural materials while the structure remains stable.GD_P018_S006GD_P018_S007: The weathering concept includes natural patina, moss and lichen.GD_P018_S007GD_P018_S008: The lifecycle anticipates biodegradation of organic materials at end of life.GD_P018_S008GD_P018_S009: Modules are intended to be reusable, repairable or replaceable.GD_P018_S009GD_P018_S010: The end-of-life concept includes biodegradation, composting, reuse or recycling and repetition of the cycle.GD_P018_S010GD_P018_S011: The inhabited-stage concept anticipates shelter, food and nesting for pollinators and beneficial insects, alongside plant establishment.GD_P018_S011GD_P018_S012: The inhabited-stage labels claim pollinator habitat, microclimate buffering and increased biodiversity.GD_P018_S012GD_P018_S013: The weathering stage is intended to retain ecological value.GD_P018_S013GD_P018_S014: The lifecycle concept proposes material reuse while continuing to support biodiversity.GD_P018_S014GD_P019_S001: The ecological-impact description claims diverse habitats supporting urban biodiversity and local ecosystems.GD_P019_S001GD_P019_S002: The social-impact description claims learning, care and a sense of community.GD_P019_S002GD_P019_S003: The urban-impact description claims a more resilient, liveable and circular city.GD_P019_S003GD_P019_S004: Sheltered cavities are intended to provide nesting space for birds, solitary bees and other small wildlife.GD_P019_S004GD_P019_S005: Flowering plants and diverse microhabitats are intended to attract pollinators and support plant reproduction.GD_P019_S005GD_P019_S006: Natural materials are intended to create microhabitats for insects, fungi and microorganisms.GD_P019_S006GD_P019_S007: The living-classroom concept is intended to teach nature, ecology and sustainability.GD_P019_S007GD_P019_S008: Planting and maintenance are intended to encourage local ownership and long-term stewardship.GD_P019_S008GD_P019_S009: Inclusive design is intended to encourage participation across ages and backgrounds.GD_P019_S009GD_P019_S010: Vertical greenery is intended to cool the city, improve air quality and enhance urban landscapes.GD_P019_S010GD_P019_S011: Waste reuse is intended to turn local waste and reclaimed materials into habitats and urban infrastructure.GD_P019_S011GD_P019_S012: Visible and interactive habitats are intended to raise awareness of urban biodiversity.GD_P019_S012GD_P020_S001: The scenario matrix proposes adapting the modular habitat tower to urban contexts in Sai Sha.GD_P020_S001GD_P020_S002: The dense city roof scenario proposes to use underused roof space for cooling, air-quality improvement and habitat creation.GD_P020_S002GD_P020_S006: The dense city roof scenario lists native bees, butterflies, ladybirds, fern and moss as example organisms.GD_P020_S006GD_P020_S007: The dense city roof scenario claims reduced rooftop surface temperature as a benefit.GD_P020_S007GD_P020_S008: The dense city roof scenario claims enhanced urban biodiversity as a benefit.GD_P020_S008GD_P020_S009: The dense city roof scenario claims green amenity for building users as a benefit.GD_P020_S009GD_P020_S010: The dense city roof scenario claims urban cooling as a benefit.GD_P020_S010GD_P020_S011: The dense city roof scenario claims air-quality improvement as a benefit.GD_P020_S011GD_P020_S012: The dense city roof scenario claims pollinator habitat as a benefit.GD_P020_S012GD_P020_S013: The dense city roof scenario claims well-being and amenity as a benefit.GD_P020_S013GD_P020_S014: The school campus scenario proposes to create living classrooms connecting students with nature and hands-on learning.GD_P020_S014GD_P020_S018: The school campus scenario lists solitary bees, grasshoppers, spiders, native plants as example organisms.GD_P020_S018GD_P020_S019: The school campus scenario claims environmental education as a benefit.GD_P020_S019GD_P020_S020: The school campus scenario claims student engagement with biodiversity as a benefit.GD_P020_S020GD_P020_S021: The school campus scenario claims improved microclimate in play areas as a benefit.GD_P020_S021GD_P020_S022: The school campus scenario claims learning and engagement as a benefit.GD_P020_S022GD_P020_S023: The school campus scenario claims biodiversity awareness as a benefit.GD_P020_S023GD_P020_S024: The school campus scenario claims shade and cooling as a benefit.GD_P020_S024GD_P020_S025: The school campus scenario claims healthy outdoor spaces as a benefit.GD_P020_S025GD_P020_S026: The park edge scenario proposes to strengthen the interface between parks and paths to improve habitat connectivity and visitor experience.GD_P020_S026GD_P020_S030: The park edge scenario lists birds, butterflies, lacewings, native shrubs as example organisms.GD_P020_S030GD_P020_S031: The park edge scenario claims enhanced habitat connectivity as a benefit.GD_P020_S031GD_P020_S032: The park edge scenario claims shade and microclimate buffering as a benefit.GD_P020_S032GD_P020_S033: The park edge scenario claims nature appreciation as a benefit.GD_P020_S033GD_P020_S034: The park edge scenario claims habitat connectivity as a benefit.GD_P020_S034GD_P020_S035: The park edge scenario claims pollinator support as a benefit.GD_P020_S035GD_P020_S036: The park edge scenario claims cooling and comfort as a benefit.GD_P020_S036GD_P020_S037: The park edge scenario claims community enjoyment as a benefit.GD_P020_S037GD_P020_S038: The construction fence scenario proposes to transform temporary barriers into living structures to reduce dust, noise and visual impact during construction.GD_P020_S038GD_P020_S042: The construction fence scenario lists dragonflies, hoverflies, ants, climbers as example organisms.GD_P020_S042GD_P020_S043: The construction fence scenario claims reduced dust and noise as a benefit.GD_P020_S043GD_P020_S044: The construction fence scenario claims reduced visual impact of construction as a benefit.GD_P020_S044GD_P020_S045: The construction fence scenario claims stepping habitats in the city as a benefit.GD_P020_S045GD_P020_S046: The construction fence scenario claims dust and noise reduction as a benefit.GD_P020_S046GD_P020_S047: The construction fence scenario claims early habitat creation as a benefit.GD_P020_S047GD_P020_S048: The construction fence scenario claims positive visual impact as a benefit.GD_P020_S048GD_P020_S049: The construction fence scenario claims sustainable construction as a benefit.GD_P020_S049GD_P020_S050: The housing estate podium scenario proposes to enhance communal podium spaces with green infrastructure supporting nature and residents.GD_P020_S050GD_P020_S054: The housing estate podium scenario lists native bees, butterflies, birds, ferns and moss as example organisms.GD_P020_S054GD_P020_S055: The housing estate podium scenario claims everyday access to nature as a benefit.GD_P020_S055GD_P020_S056: The housing estate podium scenario claims biodiversity in dense communities as a benefit.GD_P020_S056GD_P020_S057: The housing estate podium scenario claims social space and well-being as a benefit.GD_P020_S057GD_P020_S058: The housing estate podium scenario claims greening and cooling as a benefit.GD_P020_S058GD_P020_S059: The housing estate podium scenario claims biodiversity awareness as a benefit.GD_P020_S059GD_P020_S060: The housing estate podium scenario claims social connection as a benefit.GD_P020_S060GD_P020_S061: The housing estate podium scenario claims well-being and amenity as a benefit.GD_P020_S061GD_P022_S001: The reflection recommends selecting materials that attract and support beneficial insects.GD_P022_S001GD_P022_S002: The reflection proposes adapting visual language to residential contexts to reduce real and perceived risks.GD_P022_S002GD_P022_S003: The next steps propose a pilot of 10-12 insect hotels in residents' homes.GD_P022_S003GD_P022_S004: The residential pilot is proposed to include a simple reward system.GD_P022_S004GD_P022_S005: The residential pilot is proposed to include regular maintenance.GD_P022_S005GD_P022_S006: The residential pilot is proposed to include brief education about the roles of insect groups.GD_P022_S006GD_P022_S007: The next steps propose presenting insect hotels as a shared community symbol of care and co-habitation.GD_P022_S007IH_P001_S002: The source identifies development and human activity in Sai Sha as pressures on local ecosystems.IH_P001_S002IH_P001_S003: Sai Sha is described as a coastal community in the New Territories of Hong Kong.IH_P001_S003IH_P001_S004: The source reports accumulation of beach litter, discarded fishing gear and construction waste in coastal and natural areas.IH_P001_S004IH_P001_S005: The source reports replacement of natural shorelines and vegetation by development and recreation facilities.IH_P001_S005IH_P001_S006: The source attributes increased heat and environmental stress to hard surfaces, lack of shade and climate change.IH_P001_S006IH_P001_S007: The source describes roads, fences and barriers as fragmenting ecosystems and isolating small wildlife populations.IH_P001_S007IH_P001_S008: The source characterises ecological decline in Sai Sha as habitat loss, fewer pollinators and beneficial insects, declining biodiversity and reduced resilience.IH_P001_S008IH_P001_S009: The source associates fewer pollinators with effects on native plants and food webs.IH_P001_S009IH_P001_S010: The source links loss of insect diversity with reduced nesting sites and host plants.IH_P001_S010IH_P001_S011: The source describes reduced food and shelter for birds and other wildlife.IH_P001_S011IH_P001_S012: The source describes reduced ecosystem resilience to storms, sea-level rise and pollution.IH_P001_S012IH_P001_S013: The project frames biodiversity protection as protection of the community and coastline.IH_P001_S013IH_P001_S014: The proposed co-design workflow combines community participation, data and AI to develop regenerative habitat solutions for Sai Sha.IH_P001_S014IH_P001_S015: The workflow proposes understanding local context and needs in Sai Sha.IH_P001_S015IH_P001_S016: The workflow proposes collecting local waste and natural materials.IH_P001_S016IH_P001_S017: The workflow proposes researching target species and their ecological requirements.IH_P001_S017IH_P001_S018: The workflow proposes using AI tools to explore forms and configurations.IH_P001_S018IH_P001_S019: The workflow proposes building, testing and refining prototypes under real conditions.IH_P001_S019IH_P001_S020: The workflow proposes sharing outcomes and developing community care.IH_P001_S020IH_P001_S021: Community observation includes proposed site walks and community interviews.IH_P001_S021IH_P001_S022: Community observation includes proposed mapping of degraded areas and species observations.IH_P001_S022IH_P001_S023: Community observation includes proposed identification of local challenges and opportunities.IH_P001_S023IH_P001_S024: Material collection includes beach litter and fishing-gear waste.IH_P001_S024IH_P001_S025: Material collection includes construction off-cuts.IH_P001_S025IH_P001_S026: Material collection includes wood, bamboo, leaves and soil.IH_P001_S026IH_P001_S027: Species research includes identifying local pollinators and beneficial insects.IH_P001_S027IH_P001_S028: Species research includes studying nesting, feeding and shelter requirements.IH_P001_S028IH_P001_S029: The workflow proposes gathering climate, greenery and wind data.IH_P001_S029IH_P001_S030: AI scenario generation includes exploring multiple design scenarios.IH_P001_S030IH_P001_S031: AI scenario generation includes testing materials, modules and spatial strategies.IH_P001_S031IH_P001_S032: AI scenario generation includes evaluating ecological and contextual performance.IH_P001_S032IH_P001_S033: Prototypes are proposed to use recycled materials.IH_P001_S033IH_P001_S034: Field testing is proposed to assess durability and habitat use.IH_P001_S034IH_P001_S035: Prototype iteration is proposed to respond to feedback and observations.IH_P001_S035IH_P001_S036: The workflow proposes sharing knowledge and results with the community.IH_P001_S036IH_P001_S037: The workflow proposes installing and monitoring habitats.IH_P001_S037IH_P001_S038: The workflow proposes continued co-evolution of designs for long-term impact.IH_P001_S038IH_P001_S039: The workflow proposes continuous co-design through iteration, learning and adaptation.IH_P001_S039IH_P002_S002: Top planters are intended to provide greenery, collect rainwater and cool the microclimate.IH_P002_S002IH_P002_S008: The rock-filled wire cages are intended to provide mass, stability and thermal buffering.IH_P002_S008IH_P002_S009: Voids in the structural spine are intended to accommodate small species.IH_P002_S009IH_P002_S012: The ground-connected module base is intended to support soil life and decomposition.IH_P002_S012IH_P002_S013: The lifecycle concept proposes material reuse while continuing to support biodiversity.IH_P002_S013IH_P002_S014: The lifecycle proposes collecting waste from Sai Sha and nearby communities.IH_P002_S014IH_P002_S015: The proposed waste streams include plastic waste, construction offcuts, natural yard waste and organic matter.IH_P002_S015IH_P002_S016: Collected materials are proposed to become modular components through low-impact fabrication.IH_P002_S016IH_P002_S017: The fabrication proposal includes 3D-printed modules.IH_P002_S017IH_P002_S018: The fabrication proposal includes local making and hand assembly.IH_P002_S018IH_P002_S019: The lifecycle anticipates weathering of modules and natural materials while the structure remains stable.IH_P002_S019IH_P002_S020: The weathering concept includes natural patina, moss and lichen.IH_P002_S020IH_P002_S021: The lifecycle anticipates biodegradation of organic materials at end of life.IH_P002_S021IH_P002_S022: Modules are intended to be reusable, repairable or replaceable.IH_P002_S022IH_P002_S023: The end-of-life concept includes biodegradation, composting, reuse or recycling and repetition of the cycle.IH_P002_S023IH_P002_S024: The inhabited-stage concept anticipates shelter, food and nesting for pollinators and beneficial insects, alongside plant establishment.IH_P002_S024IH_P002_S025: The inhabited-stage labels claim pollinator habitat, microclimate buffering and increased biodiversity.IH_P002_S025IH_P002_S026: The weathering stage is intended to retain ecological value.IH_P002_S026IH_P003_S001: The scenario matrix proposes adapting one modular habitat system to different urban contexts in Sai Sha.IH_P003_S001IH_P003_S002: The dense city roof scenario proposes to use underused roof space for cooling, air-quality improvement and habitat creation.IH_P003_S002IH_P003_S006: The dense city roof scenario lists native bees, butterflies, ladybirds, fern and moss as example organisms.IH_P003_S006IH_P003_S007: The dense city roof scenario claims reduced rooftop surface temperature as a benefit.IH_P003_S007IH_P003_S008: The dense city roof scenario claims enhanced urban biodiversity as a benefit.IH_P003_S008IH_P003_S009: The dense city roof scenario claims green amenity for building users as a benefit.IH_P003_S009IH_P003_S010: The dense city roof scenario claims urban cooling as a benefit.IH_P003_S010IH_P003_S011: The dense city roof scenario claims air-quality improvement as a benefit.IH_P003_S011IH_P003_S012: The dense city roof scenario claims pollinator habitat as a benefit.IH_P003_S012IH_P003_S013: The dense city roof scenario claims well-being and amenity as a benefit.IH_P003_S013IH_P003_S014: The school campus scenario proposes to create living classrooms connecting students with nature and hands-on learning.IH_P003_S014IH_P003_S018: The school campus scenario lists solitary bees, grasshoppers, spiders, native plants as example organisms.IH_P003_S018IH_P003_S019: The school campus scenario claims environmental education as a benefit.IH_P003_S019IH_P003_S020: The school campus scenario claims student engagement with biodiversity as a benefit.IH_P003_S020IH_P003_S021: The school campus scenario claims improved microclimate in play areas as a benefit.IH_P003_S021IH_P003_S022: The school campus scenario claims learning and engagement as a benefit.IH_P003_S022IH_P003_S023: The school campus scenario claims biodiversity awareness as a benefit.IH_P003_S023IH_P003_S024: The school campus scenario claims shade and cooling as a benefit.IH_P003_S024IH_P003_S025: The school campus scenario claims healthy outdoor spaces as a benefit.IH_P003_S025IH_P003_S026: The park edge scenario proposes to strengthen the interface between parks and paths to improve habitat connectivity and visitor experience.IH_P003_S026IH_P003_S030: The park edge scenario lists birds, butterflies, lacewings, native shrubs as example organisms.IH_P003_S030IH_P003_S031: The park edge scenario claims enhanced habitat connectivity as a benefit.IH_P003_S031IH_P003_S032: The park edge scenario claims shade and microclimate buffering as a benefit.IH_P003_S032IH_P003_S033: The park edge scenario claims nature appreciation as a benefit.IH_P003_S033IH_P003_S034: The park edge scenario claims habitat connectivity as a benefit.IH_P003_S034IH_P003_S035: The park edge scenario claims pollinator support as a benefit.IH_P003_S035IH_P003_S036: The park edge scenario claims cooling and comfort as a benefit.IH_P003_S036IH_P003_S037: The park edge scenario claims community enjoyment as a benefit.IH_P003_S037IH_P003_S038: The construction fence scenario proposes to transform temporary barriers into living structures to reduce dust, noise and visual impact during construction.IH_P003_S038IH_P003_S042: The construction fence scenario lists dragonflies, hoverflies, ants, climbers as example organisms.IH_P003_S042IH_P003_S043: The construction fence scenario claims reduced dust and noise as a benefit.IH_P003_S043IH_P003_S044: The construction fence scenario claims reduced visual impact of construction as a benefit.IH_P003_S044IH_P003_S045: The construction fence scenario claims stepping habitats in the city as a benefit.IH_P003_S045IH_P003_S046: The construction fence scenario claims dust and noise reduction as a benefit.IH_P003_S046IH_P003_S047: The construction fence scenario claims early habitat creation as a benefit.IH_P003_S047IH_P003_S048: The construction fence scenario claims positive visual impact as a benefit.IH_P003_S048IH_P003_S049: The construction fence scenario claims sustainable construction as a benefit.IH_P003_S049IH_P003_S050: The housing estate podium scenario proposes to enhance communal podium spaces with green infrastructure supporting nature and residents.IH_P003_S050IH_P003_S054: The housing estate podium scenario lists native bees, butterflies, birds, ferns and moss as example organisms.IH_P003_S054IH_P003_S055: The housing estate podium scenario claims everyday access to nature as a benefit.IH_P003_S055IH_P003_S056: The housing estate podium scenario claims biodiversity in dense communities as a benefit.IH_P003_S056IH_P003_S057: The housing estate podium scenario claims social space and well-being as a benefit.IH_P003_S057IH_P003_S058: The housing estate podium scenario claims greening and cooling as a benefit.IH_P003_S058IH_P003_S059: The housing estate podium scenario claims biodiversity awareness as a benefit.IH_P003_S059IH_P003_S060: The housing estate podium scenario claims social connection as a benefit.IH_P003_S060IH_P003_S061: The housing estate podium scenario claims well-being and amenity as a benefit.IH_P003_S061IH_P003_S062: The impact diagram claims ecosystem regeneration and stronger communities.IH_P003_S062IH_P003_S063: The ecological-impact description claims diverse habitats supporting urban biodiversity and local ecosystems.IH_P003_S063IH_P003_S064: Sheltered cavities are intended to provide nesting space for birds, solitary bees and other small wildlife.IH_P003_S064IH_P003_S065: Flowering plants and diverse microhabitats are intended to attract pollinators and support plant reproduction.IH_P003_S065IH_P003_S066: Natural materials are intended to create microhabitats for insects, fungi and microorganisms.IH_P003_S066IH_P003_S067: The social-impact description claims learning, care and a sense of community.IH_P003_S067IH_P003_S068: The living-classroom concept is intended to teach nature, ecology and sustainability.IH_P003_S068IH_P003_S069: Planting and maintenance are intended to encourage local ownership and long-term stewardship.IH_P003_S069IH_P003_S070: Inclusive design is intended to encourage participation across ages and backgrounds.IH_P003_S070IH_P003_S071: The urban-impact description claims a more resilient, liveable and circular city.IH_P003_S071IH_P003_S072: Vertical greenery is intended to cool the city, improve air quality and enhance urban landscapes.IH_P003_S072IH_P003_S073: Waste reuse is intended to turn local waste and reclaimed materials into habitats and urban infrastructure.IH_P003_S073IH_P003_S074: Visible and interactive habitats are intended to raise awareness of urban biodiversity.IH_P003_S074IH_P003_S075: The design intent includes users beyond humans.IH_P003_S075IH_P004_S009: The nest module drainage slot is claimed to maintain dry internal conditions.IH_P004_S009IH_P004_S013: The nest sheet associates 3 mm cavities with tiny pollinators.IH_P004_S013IH_P004_S014: The nest sheet associates 3 mm cavities with tiny pollinators.IH_P004_S014IH_P004_S015: The nest sheet associates 5 mm cavities with mason bees.IH_P004_S015IH_P004_S016: The nest sheet associates 5 mm cavities with mason bees.IH_P004_S016IH_P004_S017: The nest sheet associates 8 mm cavities with leafcutter bees.IH_P004_S017IH_P004_S018: The nest sheet associates 8 mm cavities with leafcutter bees.IH_P004_S018IH_P004_S020: Multiple cavity sizes are claimed to support diverse bee species.IH_P004_S020IH_P004_S021: Closed rear ends are claimed to keep nests dry, safe and isolated.IH_P004_S021IH_P005_S009: The shelter module drainage slot is claimed to maintain dry internal conditions.IH_P005_S009IH_P005_S010: The shelter module is intended to provide shelter and overwintering habitat for beetles, spiders, lacewings and earwigs.IH_P005_S010IH_P005_S015: The 12-25 mm pockets are described as suitable for beetles, spiders and overwintering.IH_P005_S015IH_P005_S016: Irregular chambers and layered fins are claimed to create varied microhabitats.IH_P005_S016IH_P005_S017: Bark-textured surfaces are claimed to provide grip and hiding places.IH_P005_S017IH_P005_S018: The key-features list associates 12-25 mm pockets with beetles, spiders and other beneficial insects.IH_P005_S018IH_P006_S009: The planter module drainage slot is claimed to maintain dry internal conditions.IH_P006_S009IH_P006_S011: The planter tray is intended to support varied plants while limiting water buildup and supporting root health.IH_P006_S011IH_P006_S012: The shallow soil tray is described as suitable for sedums, mosses, herbs and groundcovers.IH_P006_S012IH_P006_S013: Drainage holes are intended to allow excess water to escape and support root health.IH_P006_S013IH_P006_S014: Root pockets are intended to encourage root growth and plant stability.IH_P006_S014IH_P006_S015: The overflow lip is intended to direct excess water away from the module.IH_P006_S015IH_P006_S016: The key-features list associates the shallow soil tray with sedums, mosses, herbs and grasses.IH_P006_S016IH_P006_S017: Drainage holes and the overflow lip are claimed to prevent water buildup.IH_P006_S017IH_P006_S018: Root pockets are claimed to promote root development and plant stability.IH_P006_S01884 SUPPORTING STATEMENTS WITHOUT AN ASSIGNED TARGETUnlinked records are retained below. The review table explains each case, including two unresolved draft annotations.Solid links: 39 explicit feature/rationale relationships. Dashed links: 270 named-scenario context links and 111 interpreted relationships.Scenario claims are context for the associated source statements; they do not establish that a dimension or material causes a benefit.The 26 connected networks are packed for readability. Layout and proximity do not encode similarity; repeated source occurrences remain distinct.Sources: statement_Working(1).xlsx and candidate_groups_reviewed(1).xlsx. Relationships reviewed by AI; inferred relevance is not documented design history.Use the searchable HTML viewer or the exported tables for full statements, source IDs, relationship types, and the reason for every link.
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