Drawings
PRÓSZYŃSKI, J. (1993)
Salticidae (Araneae) of Saudi Arabia II. Fauna of Saudi Arabia 13: 27-54
Fig.: D-3384Pseudicius asoroticus - ♂ - palpal organ
PRÓSZYŃSKI, J. (1993)
Salticidae (Araneae) of Saudi Arabia II. Fauna of Saudi Arabia 13: 27-54
Fig.: D-3385Pseudicius asoroticus - ♂ - palpal organ
PRÓSZYŃSKI, J. (1993)
Salticidae (Araneae) of Saudi Arabia II. Fauna of Saudi Arabia 13: 27-54
Fig.: D-3386Pseudicius asoroticus - ♀ - abdominal pattern
PRÓSZYŃSKI, J. (1993)
Salticidae (Araneae) of Saudi Arabia II. Fauna of Saudi Arabia 13: 27-54
Fig.: D-3387Pseudicius asoroticus - ♀ - epigyne
PRÓSZYŃSKI, J. (1993)
Salticidae (Araneae) of Saudi Arabia II. Fauna of Saudi Arabia 13: 27-54
Fig.: D-3389Pseudicius asoroticus - ♀ - epigyne, internal structure
PRÓSZYŃSKI, J. (1993)
Salticidae (Araneae) of Saudi Arabia II. Fauna of Saudi Arabia 13: 27-54
Fig.: D-3388Pseudicius asoroticus - ♀ - epigyne, spaced pockets in another specimen
PRÓSZYŃSKI, J. (2003)
Salticidae (Araneae) of the Levant. 53 (1): 1-180
Fig.: D-1501Pseudicius asoroticus - ♀ - epigynum
PRÓSZYŃSKI, J. (2003)
Salticidae (Araneae) of the Levant. 53 (1): 1-180
Fig.: D-1502Pseudicius asoroticus - ♀ - epigynum, internal structure
WESOŁOWSKA, W. & VAN HARTEN, A. (1994)
The jumping spiders (Salticidae, Araneae) of Yemen. Yemeni-German Plant Protection Project Sana´a 1-86
Fig.: D-28139Afraflacilla asorotica - ♀ - abdominal pattern
ALICATA, P. & CANTARELLA, T. (1988)
The genus Ballus: A revision of the European taxa described by SIMON together with observations on the other species of the genus. Animalia 14: 35-63
Fig.: D-28140Afraflacilla asorotica - ♀ - epigyne
WESOŁOWSKA, W. & VAN HARTEN, A. (1994)
The jumping spiders (Salticidae, Araneae) of Yemen. Yemeni-German Plant Protection Project Sana´a 1-86
Fig.: D-28141Afraflacilla asorotica - ♀ - epigyne, internal structure
WESOŁOWSKA, W. & VAN HARTEN, A. (1994)
The jumping spiders (Salticidae, Araneae) of Yemen. Yemeni-German Plant Protection Project Sana´a 1-86
Fig.: D-28142Afraflacilla asorotica - ♀ - epigyne, internal structure