( (IP-MAT (NP-SBJ (NP-GEN (PRO;_genm_ Your;{your}))
                  (N class;{class}))
          (HVP;_cat_Ve_ has;{have})
          (IP-PPL-CAT (HVN;_Tn_ had;{have})
                      (NP-OB1 (D a;{a})
                              (N discussion;{discussion})
                              (PP (P-ROLE about;{about})
                                  (CP-QUE (IP-SUB (ADVP-NIM (WADV how;{how}))
                                                  (NP-SBJ (NLYR (NLYR (N science;{science}))
                                                                (CONJP (CONJ and;{and})
                                                                       (NLYR (N technology;{technology})))))
                                                  (VBP;_Tn_ affects;{affect})
                                                  (NP-OB1 (NP-GEN (PRO;_genm_ our;{our}))
                                                          (NS lives;{life})))))))
          (PUNC .))
  (ID 22_a_fce_0102_2000_06))

arc(r_0022_0002__class,r_0022_0001__Your,gen).
arc(r_0022_0003__has,r_0022_0004__had,scope).
arc(r_0022_0004__had,r_0022_0002__class,arg0).
arc(r_0022_0004__had,r_0022_0005__a_r_0022_0006__discussion,arg1).
arc(r_0022_0005__a_r_0022_0006__discussion,r_0022_0012__affects,r_0022_0007__about).
arc(r_0022_0010__and,r_0022_0009__science,conj1).
arc(r_0022_0010__and,r_0022_0011__technology,conj2).
arc(r_0022_0012__affects,r_0022_0008__how,nim).
arc(r_0022_0012__affects,r_0022_0010__and,arg0).
arc(r_0022_0012__affects,r_0022_0014__lives,arg1).
arc(r_0022_0014__lives,r_0022_0013__our,gen).

fof(formula,axiom,
    ? [R_0022_0001__YOUR,R_0022_0002__CLASS,R_0022_0008__HOW,R_0022_0009__SCIENCE,R_0022_0011__TECHNOLOGY,R_0022_0010__AND,R_0022_0013__OUR,R_0022_0014__LIVES,R_0022_0012__AFFECTS,R_0022_0005__A_R_0022_0006__DISCUSSION,R_0022_0003__HAS_R_0022_0004__HAD] :
      ( r_0022_0001__Your(R_0022_0001__YOUR)
      & r_0022_0008__how(R_0022_0008__HOW)
      & r_0022_0009__science(R_0022_0009__SCIENCE)
      & r_0022_0011__technology(R_0022_0011__TECHNOLOGY)
      & r_0022_0013__our(R_0022_0013__OUR)
      & r_0022_0003__has_r_0022_0004__had(R_0022_0003__HAS_R_0022_0004__HAD)
      & has_arg1(R_0022_0003__HAS_R_0022_0004__HAD,R_0022_0005__A_R_0022_0006__DISCUSSION)
      & r_0022_0005__a_r_0022_0006__discussion(R_0022_0005__A_R_0022_0006__DISCUSSION)
      & has_r_0022_0007__about(R_0022_0005__A_R_0022_0006__DISCUSSION,R_0022_0012__AFFECTS)
      & r_0022_0012__affects(R_0022_0012__AFFECTS)
      & has_arg1(R_0022_0012__AFFECTS,R_0022_0014__LIVES)
      & r_0022_0014__lives(R_0022_0014__LIVES)
      & has_gen(R_0022_0014__LIVES,R_0022_0013__OUR)
      & has_arg0(R_0022_0012__AFFECTS,R_0022_0010__AND)
      & r_0022_0010__and(R_0022_0010__AND)
      & has_conj2(R_0022_0010__AND,R_0022_0011__TECHNOLOGY)
      & has_conj1(R_0022_0010__AND,R_0022_0009__SCIENCE)
      & has_nim(R_0022_0012__AFFECTS,R_0022_0008__HOW)
      & has_arg0(R_0022_0003__HAS_R_0022_0004__HAD,R_0022_0002__CLASS)
      & r_0022_0002__class(R_0022_0002__CLASS)
      & has_gen(R_0022_0002__CLASS,R_0022_0001__YOUR) ) ).