560 research outputs found
Monitor MBO Passend Onderwijs, metingen 2017, 2018
No full textMet subsidie van het Nationaal Regieorgaan Onderwijsonderzoek (NRO) wordt de invoering en uitvoering van passend onderwijs gemonitord en geëvalueerd. In dat kader is in 2018 de derde en laatste meting van de monitoring van passend onderwijs in het mbo uitgevoerd. In deze derde meting is naast een vragenlijst over de invoering en uitvoering van passend onderwijs op het centrale instellingsniveau ook gekeken naar de betekenis van passend onderwijs op het niveau van de opleidingsteams. Daarvoor hebben opleidingsmanagers en zorgcoördinatoren vragenlijsten ingevuld over het opleidingsteam waarbij zij betrokken zijn.
Bestanden:
Rapporten:
"Passend onderwijs in het mbo tussenbalans.pdf"
Eimers, T., Kennis, R. Passend onderwijs in het mbo: tussenbalans. Tweede meting monitor.
Nijmegen: KBA Nijmegen.
Dit is publicatie nr. 29 in de reeks Evaluatie Passend Onderwijs.
ISBN: 978-90-77202-99-9
"Passend onderwijs in het mbo 3e meting.pdf"
Eimers, T. & Kennis, R.,
Passend onderwijs in het mbo: derde meting monitor
Nijmegen: KBA Nijmegen.
Dit is publicatie nr. 57 in de reeks Evaluatie Passend Onderwijs.
ISBN: 978-94-92743-20-6
Vragenlijsten:
"Vragenlijst monitor passend onderwijs mbo instellingsniveau METING 2.pdf"
"Vragenlijst monitor passend onderwijs mbo instellingsniveau METING 3.pdf"
"Vragenlijst opleidingsmanagers mbo METING 3.pdf"
"Vragenlijst zorgcoördinatoren opleidingsteam mbo METING 3.pdf"
Spss datasets:
"Monitor_Passend_MBO_meting 2_instellingsniveau_dans.sav"
"Monitor_Passend_MBO_meting3_instellingsniveau_anoniem_dans.sav"
"Vragenlijst_opleidingsmanagers_mbo_meting3.sav"
"Vragenlijst_zorgcoordinatoren_mbo_meting3.sav"
In alle spss datasets is een pseudonummer aangemaakt voor het BRIN-nummer, zodat dit gekoppeld kan worden.
In de variable labels wordt bij sommige vragen alleen een gedeelte van de vraag gepresenteerd. Bv. In hoeverre bent u het eens met A, B, C, etc. In de labels staat dan alleen A, B, C, maar niet de vraag zelf meer. Voor degene die met de bestanden wil werken is de vragenlijst dan de toelichting op wat precies gevraagd is.
Het databestand meting 2 bevat heel erg veel stringvariabelen, die eigenlijk numeriek zijn. Dat had destijds te maken met LimeSurvey
Monitor MBO Passend Onderwijs, metingen 2017, 2018
No full textMet subsidie van het Nationaal Regieorgaan Onderwijsonderzoek (NRO) wordt de invoering en uitvoering van passend onderwijs gemonitord en geëvalueerd. In dat kader is in 2018 de derde en laatste meting van de monitoring van passend onderwijs in het mbo uitgevoerd. In deze derde meting is naast een vragenlijst over de invoering en uitvoering van passend onderwijs op het centrale instellingsniveau ook gekeken naar de betekenis van passend onderwijs op het niveau van de opleidingsteams. Daarvoor hebben opleidingsmanagers en zorgcoördinatoren vragenlijsten ingevuld over het opleidingsteam waarbij zij betrokken zijn.
Bestanden:
Rapporten:
"Passend onderwijs in het mbo tussenbalans.pdf"
Eimers, T., Kennis, R. Passend onderwijs in het mbo: tussenbalans. Tweede meting monitor.
Nijmegen: KBA Nijmegen.
Dit is publicatie nr. 29 in de reeks Evaluatie Passend Onderwijs.
ISBN: 978-90-77202-99-9
"Passend onderwijs in het mbo 3e meting.pdf"
Eimers, T. & Kennis, R.,
Passend onderwijs in het mbo: derde meting monitor
Nijmegen: KBA Nijmegen.
Dit is publicatie nr. 57 in de reeks Evaluatie Passend Onderwijs.
ISBN: 978-94-92743-20-6
Vragenlijsten:
"Vragenlijst monitor passend onderwijs mbo instellingsniveau METING 2.pdf"
"Vragenlijst monitor passend onderwijs mbo instellingsniveau METING 3.pdf"
"Vragenlijst opleidingsmanagers mbo METING 3.pdf"
"Vragenlijst zorgcoördinatoren opleidingsteam mbo METING 3.pdf"
Spss datasets:
"Monitor_Passend_MBO_meting 2_instellingsniveau_dans.sav"
"Monitor_Passend_MBO_meting3_instellingsniveau_anoniem_dans.sav"
"Vragenlijst_opleidingsmanagers_mbo_meting3.sav"
"Vragenlijst_zorgcoordinatoren_mbo_meting3.sav"
In alle spss datasets is een pseudonummer aangemaakt voor het BRIN-nummer, zodat dit gekoppeld kan worden.
In de variable labels wordt bij sommige vragen alleen een gedeelte van de vraag gepresenteerd. Bv. In hoeverre bent u het eens met A, B, C, etc. In de labels staat dan alleen A, B, C, maar niet de vraag zelf meer. Voor degene die met de bestanden wil werken is de vragenlijst dan de toelichting op wat precies gevraagd is.
Het databestand meting 2 bevat heel erg veel stringvariabelen, die eigenlijk numeriek zijn. Dat had destijds te maken met LimeSurvey
Messapus meridionalis Haddad & Mbo, 2015, sp. n.
No full textMessapus meridionalis sp. n. Figs 6, 33, 45, 46 Type material. Holotype ♀: SOUTH AFRICA: KwaZulu-Natal: Oribi Gorge Nature Reserve, Samango waterfall trail, 30 ° 42.612 'S, 30 ° 16.182 'E, leg. C. Haddad, 200 m a.s.l., 13.I. 2011 (canopy fogging) (NCA 2014 / 1856). Etymology. From Latin for southern (meridionalis), referring to its distribution as the southernmost species in the genus. Diagnosis. Similar to females of M. martini, females of M. meridionalis sp. n. possess horse-shoe shaped epigynal ridges and copulatory openings that are situated anteriorly. Medially, the epigynal ridges of M. martini extend half the length of the epigyne (Haddad 2013: fig. 34), while those of M. meridionalis sp. n. extend to the posterior margin (Fig. 45). The spermathecae of M. martini are oblique (Haddad 2013: fig. 35), while those of M. meridionalis sp. n. are longitudinal (Fig. 46). Male unknown. Female (holotype, Oribi Gorge, NCA 2014 / 1856). Measurements: CL 3.85, CW 3.30, AL 4.40, AW 2.30, TL 8.40, FL 0.35, SL 1.70, SW 1.90, CH 0.13, AME–AME 0.14, AME–ALE 0.03, ALE–ALE 0.73, PME–PME 0.23, PME–PLE 0.21, PLE–PLE 1.03, PERW 1.32, MOQAW 0.68, MOQPW 0.67, MOQL 0.76. Length of leg segments (sequence from femur to tarsus, and total): I 3.30 + 1.60 + 2.20 + 2.45 + 1.55 = 11.10; II 2.80 + 1.45 + 2.25 + 2.45 + 1.50 = 10.45; III 3.30 + 1.35 + 2.50 + 3.10 + 1.50 = 11.75; IV missing. General appearance as in Fig. 6. Carapace yellow medially, with light brown markings with black FS mediolaterally, creamy-yellow laterally; eye region generally black, cream between posterior eyes. All eyes surrounded by black rings; clypeus height equal to distance 0.44 times AME diameter; AER slightly procurved; AME larger than ALE; AME separated by distance slightly less than half their diameter; AME separated from ALE by distance 0.11 times AME diameter; PER slightly procurved; PME slightly larger than PLE; PME separated by distance equal to their diameter; PME separated from PLE by distance 0.87 times PME diameter. Chelicerae orange-brown, with dark brown setae on paturon; CPPM absent; promargin with three teeth, median largest, distal smallest; median and distal teeth adjacent, median and proximal teeth widely separated; retromargin with two widely separated teeth, distal tooth slightly larger. Endites and labium creamy-yellow, paler distally; endites with distinct serrula; sternum shield-shaped, broader than long, with scattered light brown setae. Legs cream, with faint mottled markings comprising black FS from femora to metatarsi. Leg spination (leg IV missing): femora: I pl 2 do 3, II pl 1-2 do 3 rl 0-1, III pl 2-3 do 3 rl 1-2; tibiae: I pl 0-1 plv 3 rlv 3, II pl 2 plv 2 rlv 3, III pl 2 do 2 rl 2 plv 2 rlv 2 vt 2; metatarsi: I plv 2 rlv 2 vt 2, II pl 1 plv 2 rlv 2 vt 2, III pl 1 plv 2 rlv 2 vt 3. Palpal spination: femora: pl 1 do 2; patellae: pl 1 do 1; tibiae: pl 1 plv 3; tarsi: pl 1 plv 1. Abdomen cream dorsally, densely covered in dark grey FS, sparser medially in anterior half; venter cream, with less dense FS and scattered short straight setae. Epigyne with horse-shoe shaped epigynal ridges, with median ridge extending to posterior; copulatory openings situated anteriorly in epigynal ridges (Figs 33, 45); spermathecae fused medially, longitudinal, with broad lateral lobes (Fig. 46). Distribution. Known only from the type locality (Fig. 55).Published as part of Haddad, Charles R. & Mbo, Zingisile, 2015, Five new species of the Afrotropical dark sac spider genus Messapus Simon, 1898 (Araneae: Corinnidae), pp. 385-398 in Zootaxa 4057 (3) on page 393, DOI: 10.11646/zootaxa.4057.3.5, http://zenodo.org/record/23836
Monitor MBO Passend Onderwijs, metingen 2017, 2018
No full textMet subsidie van het Nationaal Regieorgaan Onderwijsonderzoek (NRO) wordt de invoering en uitvoering van passend onderwijs gemonitord en geëvalueerd. In dat kader is in 2018 de derde en laatste meting van de monitoring van passend onderwijs in het mbo uitgevoerd. In deze derde meting is naast een vragenlijst over de invoering en uitvoering van passend onderwijs op het centrale instellingsniveau ook gekeken naar de betekenis van passend onderwijs op het niveau van de opleidingsteams. Daarvoor hebben opleidingsmanagers en zorgcoördinatoren vragenlijsten ingevuld over het opleidingsteam waarbij zij betrokken zijn.Bestanden:Rapporten:"Passend onderwijs in het mbo tussenbalans.pdf"Eimers, T., Kennis, R. Passend onderwijs in het mbo: tussenbalans. Tweede meting monitor.Nijmegen: KBA Nijmegen.Dit is publicatie nr. 29 in de reeks Evaluatie Passend Onderwijs.ISBN: 978-90-77202-99-9"Passend onderwijs in het mbo 3e meting.pdf"Eimers, T. & Kennis, R.,Passend onderwijs in het mbo: derde meting monitorNijmegen: KBA Nijmegen.Dit is publicatie nr. 57 in de reeks Evaluatie Passend Onderwijs.ISBN: 978-94-92743-20-6Vragenlijsten:"Vragenlijst monitor passend onderwijs mbo instellingsniveau METING 2.pdf""Vragenlijst monitor passend onderwijs mbo instellingsniveau METING 3.pdf""Vragenlijst opleidingsmanagers mbo METING 3.pdf""Vragenlijst zorgcoördinatoren opleidingsteam mbo METING 3.pdf"Spss datasets:"Monitor_Passend_MBO_meting 2_instellingsniveau_dans.sav""Monitor_Passend_MBO_meting3_instellingsniveau_anoniem_dans.sav""Vragenlijst_opleidingsmanagers_mbo_meting3.sav""Vragenlijst_zorgcoordinatoren_mbo_meting3.sav"In alle spss datasets is een pseudonummer aangemaakt voor het BRIN-nummer, zodat dit gekoppeld kan worden.In de variable labels wordt bij sommige vragen alleen een gedeelte van de vraag gepresenteerd. Bv. In hoeverre bent u het eens met A, B, C, etc. In de labels staat dan alleen A, B, C, maar niet de vraag zelf meer. Voor degene die met de bestanden wil werken is de vragenlijst dan de toelichting op wat precies gevraagd is.Het databestand meting 2 bevat heel erg veel stringvariabelen, die eigenlijk numeriek zijn. Dat had destijds te maken met LimeSurvey.Date: 2017-01-01Date: 2019-01-0
Messapus seiugatus Haddad & Mbo, 2015, sp. n.
No full textMessapus seiugatus sp. n. Figs 7, 34, 47, 48 Type material. Holotype ♀: GUINEA: Mt Nimba, Gba Valley, 07° 42 'N, 08° 24 'W, leg. D. van den Spiegel & A. Henrard, 11.X. 2011 (beating, primary gallery forest, litter in trees and shrubs) (MRAC 238097). Etymology. From Latin seiugatus (separated), referring to its isolated distribution from all of the other Messapus species, in far West Africa. Diagnosis. Messapus seiugatus sp. n. females are recognised by their nearly spherical spermathecae and small curved epigynal ridges (Figs 34, 47, 48). The epigynal ridges of M. seiugatus sp. n. are small and curved inwards, while those of M. tropicus sp. n. are larger and curved outwards (compare Figs 47 and 51). Male unknown. Female (holotype, Mt Nimba, MRAC 238097). Measurements: CL 4.25, CW 3.60, AL 4.95, AW 3.55, TL 9.25, FL 0.45, SL 1.93, SW 2.14, CH 0.14, AME–AME 0.13, AME–ALE 0.02, ALE–ALE 0.68, PME–PME 0.22, PME–PLE 0.16, PLE–PLE 0.94, PERW 1.30, MOQAW 0.67, MOQPW 0.70, MOQL 0.73. Length of leg segments (sequence from femur to tarsus, and total): I 4.75 + 1.90 + 3.75 + 3.65 + 2.00 = 16.05; II 4.40 + 1.70 + 3.20 + 3.40 + 1.85 = 14.55; III 4.40 + 1.60 + 3.10 + 3.62 + 1.93 = 14.65; IV 5.12 + 1.76 + 3.90 + 4.75 + 2.05 = 17.58. General appearance as in Fig. 7. Carapace creamy-yellow, with dark brown mediolateral markings, median line in front of and surrounding fovea, mottled spots behind PER, small brown spots laterally between coxal pairs; eye region black, with silver-white FS between median eyes, also between carapace markings; markings covered in black FS. All eyes surrounded by black rings; clypeus height approximately half AME diameter; AER procurved; AME larger than ALE; AME separated by distance 0.44 times their diameter; AME separated from ALE by distance 0.08 times AME diameter; PER slightly procurved; PME subequal to PLE; PME separated by distance 0.90 times their diameter; PME separated from PLE by distance 0.65 times PME diameter. Chelicerae orangebrown; CPPM present; promargin with three slightly separated teeth, proximal tooth largest, distal tooth smallest; retromargin with six closely spaced teeth, proximal largest, remaining teeth decreasing in size distally. Endites and labium yellow-brown, cream distally; endites with distinct serrula; sternum shield-shaped, slightly broader than long, creamy-orange, with black median marking anteriorly. Legs with femora to tibiae cream, metatarsi and tarsi yellow-brown, with scattered short straight brown setae; black markings covered in black FS; femora with band at 2 / 3 their length and narrow distal black ring dorsally; patellae with dense black mottling proximally, distally and laterally; tibiae and metatarsi with broad median band; tarsi without markings. Leg spination: femora: I pl 1 do 3, II pl 2 do 3 rl 1, III pl 1 do 3 rl 2, IV do 3 rl 1; tibiae: I plv 2 rlv 2 vt 2, II rlv 2 vt 2, III plv 1 rlv 2 vt 2, IV plv 2 vt 2; metatarsi: I plv 2 rlv 2 vt 3, II plv 2 rlv 2 vt 2, III plv 1 rlv 2 vt 3, IV plv 1 rlv 1 vt 3. Palpal spination: femora: pl 1 do 2; patellae: do 1 pl 1; tibiae: pl 1 plv 1; tarsi: plv 1. Abdomen creamy-grey dorsally, laterally and ventrally, with mottled markings; dorsum with sparse short straight setae, very dense ventrally; markings covered in black FS, with creamy-yellow FS between them. Epigyne with small ridges medially, curved inwards; copulatory openings situated anteriorly in ridges (Figs 34, 47); spermathecae nearly spherical, anteriorly situated (Fig. 48). Distribution. Known only from the type locality (Fig. 55).Published as part of Haddad, Charles R. & Mbo, Zingisile, 2015, Five new species of the Afrotropical dark sac spider genus Messapus Simon, 1898 (Araneae: Corinnidae), pp. 385-398 in Zootaxa 4057 (3) on pages 393-394, DOI: 10.11646/zootaxa.4057.3.5, http://zenodo.org/record/23836
Messapus tigris Haddad & Mbo, 2015, sp. n.
No full textMessapus tigris sp. n. Figs 1 –3, 8, 23 –31, 35, 49, 50 Type material. Holotype ♀: NAMIBIA: Caprivi strip, 34 km East of Divungu, 18 °02.944'S, 21 ° 54.611 'E, leg. C. Haddad, 30.XI. 2006 (under bark) (NCA 2007 / 916). Paratypes: BOTSWANA: Okavango Delta, Near Shakawe, Lesideng Research Camp, 18 ° 25.822 'S, 21 ° 53.771 'E, leg. L. van As, XII. 2008 (in house), 1 ♀ (NCA 2014 / 1774); Same locality, leg. C. Haddad, 26– 29.XI. 2006 (night collecting), 1 ♀ (NCA 2014 / 1775); Same locality, leg. C. Haddad, 11.XII. 2006 (pitfall traps, riverine forest), 1 ♀ (NCA 2014 / 1775). Etymology. The species name is taken from the Latin tigris (tiger), for the conspicuous bands on the legs. Diagnosis. Females are easily recognized by the broad epigyne with two oblique incomplete oval ridges directed posterolaterally, which differs from M. megae sp. n. and M. natalis, in which they are orientated anterolaterally. Males unknown. Female (holotype, Caprivi Strip, NCA 2007 / 916). Measurements: CL 3.78, CW 3.20, AL 5.75, AW 4.10, TL 9.90, FL 0.45, SL 1.90, SW 1.95, CH 0.15, AME–AME 0.14, AME–ALE 0.03, ALE–ALE 0.67, PME–PME 0.26, PME–PLE 0.17, PLE–PLE 0.96, PERW 1.25, MOQAW 0.62, MOQPW 0.66, MOQL 0.68. Length of leg segments (sequence from femur to tarsus, and total): I 3.39 + 1.75 + 2.65 + 2.43 + 1.25 = 11.47; II 2.98 + 1.50 + 2.16 + 2.23 + 1.15 = 10.02; III 2.75 + 1.35 + 2.05 + 2.40 + 1.05 = 9.60; IV 4.00 + 1.60 + 3.25 + 3.80 + 1.35 = 14.00. General appearance as in Figs 1, 2, 8. Carapace orange-brown medially, yellow-brown laterally, with broad black median stripe, absent along midline behind PER, around fovea to posterior margin; narrow pale oblique streak behind PLE; black lateral spots at coxae I–III; markings covered with black SSB, area between median eyes and areas without markings covered in silver-white SSB. All eyes surrounded by black rings; clypeus height equal to distance 0.63 times AME diameter; AER slightly procurved; AME slightly larger than ALE; AME separated by distance 0.60 times their diameter; AME separated from ALE by distance 0.13 times AME diameter; PER slightly procurved; PME slightly larger than PLE; PME separated by distance 1.18 times their diameter; PME separated from PLE by distance 0.79 times PME diameter. Chelicerae deep orange-brown, with several longitudinal black streaks; long black setae on paturon; CPPM present; promargin with three teeth, proximal tooth largest, distal tooth smallest; retromargin with five teeth, proximal tooth large, slightly separated from second tooth, remaining teeth smaller and adjacent, decreasing slightly in size distally. Endites yellow-brown, cream distally, with distinct serrula; labium slightly broader than long, yellow-brown, yellow distally; sternum shield-shaped, broader than long, cream-yellow, darker around margins, without markings, with scattered short straight setae. Legs creamyyellow, with black markings comprising SSB; femora with broad black band in distal half, small black mottled markings in proximal half; patellae with black band in proximal two-thirds; tibiae and metatarsi with broad black band, absent at proximal and distal ends; tarsi black with orange tips. Leg spination: femora: I pl 1 do 2, II pl 1 do 2, III pl 2 do 3 rl 2, IV do 1-3 rl 1-2; tibiae: I plv 3 rlv 3, II spineless, III pl 2 rl 2 plv 2 rlv 1 vt 2, IV pl 2 rl 2 plv 2 vt 2; metatarsi: I plv 2 rlv 2 vt 3, II plv 2 rlv 2 vt 2, III pl 1 rl 1 plv 1 rlv 2 vt 3, IV pl 1 rl 2 plv 2 rlv 2 vt 3. Palpal spination: femora: pl 1 do 2; patellae: pl 1 spine do 2 thickened setae; tibiae: pl 3; tarsi: pl 1 plv 1. Dorsum and sides of abdomen covered in black SSB, with scattered tiny patches of cream SSB; venter creamy-grey, covered in creamy-brown SSB and scattered short straight brown setae, with scattered small patches of black SSB. Epigyne broad, with two oblique oval ridges directed anterolaterally, with copulatory openings in anterior corner of ridges (Figs 35, 49); ST massive, suboval, situated laterally, with small anterior lobe (Fig. 50). Distribution. Known only from two localities in Botswana and Namibia (Fig. 55).Published as part of Haddad, Charles R. & Mbo, Zingisile, 2015, Five new species of the Afrotropical dark sac spider genus Messapus Simon, 1898 (Araneae: Corinnidae), pp. 385-398 in Zootaxa 4057 (3) on page 395, DOI: 10.11646/zootaxa.4057.3.5, http://zenodo.org/record/23836
FIGURES 193–196 in A revision of the endemic South African long-jawed ground spider genus Drassodella Hewitt, 1916 (Araneae: Gallieniellidae)
No full textFIGURES 193–196. Genitalic morphology of Drassodella septemmaculata (Strand, 1909): 193 female epigyne, ventral view; 194 same, dorsal view; 195 male palp, ventral view; 196 same, retrolateral view. Scale bars = 0.25mm.Published as part of Mbo, Zingisile & Haddad, Charles R., 2019, A revision of the endemic South African long-jawed ground spider genus Drassodella Hewitt, 1916 (Araneae: Gallieniellidae), pp. 1-62 in Zootaxa 4582 (1) on page 51, DOI: 10.11646/zootaxa.4582.1.1, http://zenodo.org/record/264372
Messapus tropicus Haddad & Mbo, 2015, sp. n.
No full textMessapus tropicus sp. n. Figs 9, 10, 36, 39, 40, 51– 54 Type material. Holotype ♀: D.R. CONGO: Mayombe, Bas-Congo, Luki Forest Reserve, 05° 37 'S, 13 °05'E, leg. D. de Bakker & J.P. Michiels, 16.IX. 2007 (beating near fogging site 3) (MRAC 223134). Paratype: D.R. CONGO: Masako, 00° 35 'N, 25 ° 11 'E, leg. J. Juakaly, 20.VII. 2001 (old secondary rainforest), 1 ♂ (MRAC 211889). Etymology. From Latin tropicus (tropical), referring to its equatorial distribution. Diagnosis. Messapus tropicus sp. n. females are recognised by the outward-curved epigynal ridges and the spermathecae with large, posteriorly directed lateral lobes (Figs 36, 51, 52). The embolus of male Messapus tropicus sp. n. is somewhat similar to that of M. martini, but the species can be separated by the very different structures of the RTA (compare Figs 39, 40, 53, 54 with Haddad 2013: figs 37, 38). Female (holotype, Mayombe, MRAC 223134). Measurements: CL 3.65, CW 3.21, AL 5.93, AW 4.05, TL 9.60, FL 0.40, SL 1.69, SW 1.71, CH 0.10, AME–AME 0.14, AME–ALE 0.04, ALE–ALE 0.71, PME–PME 0.22, PME–PLE 0.19, PLE–PLE 1.02, PERW 1.29, MOQAW 0.63, MOQPW 0.65, MOQL 0.66. Length of leg segments (sequence from femur to tarsus, and total): I 3.85 + 1.50 + 2.98 + 2.85 + 1.65 = 12.83; II 3.55 + 1.45 + 2.60 + 2.60 + 1.55 = 11.75; III 3.50 + 1.30 + 2.50 + 2.90 + 1.60 = 11.80; IV 4.30 + 1.46 + 3.23 + 3.75 + 1.70 = 14.44. General appearance as in Fig. 9. Carapace yellow-brown, with mediolateral black markings, more prominent in posterior half of carapace, mottled dark spots behind PER, narrow line medially in front of fovea, black lateral spots between coxal pairs; markings covered in black feathery setae, cream feathery setae on rest of carapace. All eyes surrounded by black rings; clypeus height equal to distance 0.42 times AME diameter; AER slightly procurved; AME slightly larger than ALE; AME separated by distance 0.60 times their diameter; AME separated from ALE by distance 0.15 times AME diameter; PER slightly procurved; PME very slightly larger than PLE; PME separated by distance equal to their diameter; PME separated from PLE by distance 0.86 times PME diameter. Chelicerae orange-brown, with dark-brown setae on paturon; CPPM present; promargin with three teeth, proximal largest, distal smallest, median and distal adjacent, proximal and median slightly separated; retromargin with six teeth, decreasing in size from proximal to distal. Endites yellow-brown, cream prolaterally and distally, with scattered setae; serrula distinct; labium yellow-brown, cream distally. Sternum shield-shaped, broader than long, with black median marking anteriorly and scattered erect setae. Legs yellow, with scattered short straight brown setae, black markings covered in black feathery setae; femora with band at 2 / 3 their length and narrow distal black ring dorsally; patellae with weak black mottling proximally, distally and laterally; tibiae and metatarsi with broad median band; tarsi yellow-brown. Leg spination: femora: I pl 1 do 2, II pl 1 do 2 rl 1, III pl 1 do 3 rl 2, IV do 3 rl 1; tibiae: I plv 2 rlv 2, II plv 2 rlv 2, III plv 2, IV plv 2 rlv 1; metatarsus: I plv 2 rlv 2 vt 2, II rlv 2 vt 3, III plv 1 rlv 2 vt 3, IV plv 2 rlv 1 vt 3. Palpal spination: femora: pl 1 do 2; patellae: pl 1; tibiae: pl 2 plv 1; tarsi: plv 1. Abdomen dorsum creamy-grey, with mottled black patches anteriorly, faint chevron markings medially in posterior half, scattered mottled patches laterally; markings with black feathery setae, cream feathery setae between them; venter creamy-grey, with scattered brown straight setae and cream feathery setae. Epigyne with sclerotised epigynal ridges situated medially, curving outwards, with CO posteriorly in ridges (Figs 36, 51); ST with lateral lobes directed posteriorly (Fig. 52). Male (paratype, Masako, MRAC 211889). Measurements: CL 3.45, CW 3.05, AL 4.25, AW 2.40, TL 7.35, FL 0.38, SL 1.63, SW 1.75, CH 0.15, AME–AME 0.14, AME–ALE 0.03, ALE–ALE 0.76, PME–PME 0.19, PME–PLE 0.13, PLE–PLE 0.92, PERW 1.25, MOQAW 0.62, MOQPW 0.61, MOQL 0.68. Length of leg segments (sequence from femur to tarsus, and total): I 4.30 + 1.65 + 3.45 + 3.32 + 1.95 = 14.67; II 3.80 + 1.42 + 2.85 + 3.03 + 1.83 = 12.93; III 3.85 + 1.35 + 2.80 + 3.25 + 1.90 = 13.15; IV 4.55 + 1.48 + 3.38 + 4.10 + 2.05 = 15.56. General appearance as in Fig. 10; colouration, markings and cheliceral morphology as for female, except markings darker and bolder, especially on legs. Clypeus height equal to 0.58 AME diameter; AER slightly procurved; AME larger than ALE; AME separated by distance equal to 0.56 times their diameter; AME separated from ALE by distance 0.13 times AME diameter; PER slightly procurved; PME very slightly larger than PLE; PME separated by distance 0.86 times their diameter; PME separated from PLE by distance 0.57 times PME diameter. Leg spination: femora: I pl 1 do 2, II pl 1 do 2, III pl 1 do 3 rl 2, IV do 3 rl 1; tibiae: I plv 3 rlv 2, II rlv 2, III plv 2 rlv 2, IV plv 2 vt 2; metatarsus: I plv 2 rlv 2 vt 3, II rlv 2 vt 3, III plv 2 rlv 2 vt 3, IV plv 2 rlv 1 vt 3. Palpal spination: femora pl 1 do 2, patellae pl 1, tibiae plv 1. Male palp light yellow, tibia with two small teeth-like ventral apophyses and larger, slightly curved triangular retrolateral apophysis; embolus originating prolaterally distally, curved and flattened; conductor absent (Figs 39, 40, 53, 54). Distribution. Known only from two localities in D. R. Congo (Fig. 55).Published as part of Haddad, Charles R. & Mbo, Zingisile, 2015, Five new species of the Afrotropical dark sac spider genus Messapus Simon, 1898 (Araneae: Corinnidae), pp. 385-398 in Zootaxa 4057 (3) on pages 395-398, DOI: 10.11646/zootaxa.4057.3.5, http://zenodo.org/record/23836
Unseasoned equity offerings MBO-IPOs vs NON-MBO-IPOs
No full textIn this paper we examine the degree of under-pricing of two different types of unseasoned equity offerings (IPOs), namely MBO-IPOs and non-MBO-IPOs. Since, MBO-IPOs were previously subsidiaries or divisions of publicly listed companies which were taken private by a group of managers and then reverted back to public ownership; there should be a lower level of information asymmetry between the market on the one hand and the company and its underwriters on the other. Thus, if under-pricing is mainly the result of uncertainty about the market value of the issuing firm, the information asymmetry hypothesis would predict that, compared with the non-MBO-IPOs, MBO-IPOs should exhibit a significantly lower degree of under-pricing. The results show that MBO-IPOs are less under-priced than non-MBO-IPOs. However, the difference is not statistically significant
Rake Praat: Designing for the political participation of mbo-students
No full textPolitical participation of a group representative of society is essential for the legitimacy of a democratic system. But adolescents are not heard sufficiently and receive too little attention in contemporary democracy. Their political participation is very low and not representative for their age group, as politically engaged adolescents often enjoy formal education, do not come from vulnerable groups and have positive role models at home or at school. In the participatory society, which has become the Dutch norm, participation has become vital. Differences in level of participation can result in inequalities for groups who do not sufficiently bring up their concerns. The corona crisis has exposed this is the case for mbo-students.Involving this group of underrepresented, under-involved and not-heard mbo-students is imperative to achieve the equality necessary for a legitimate democratic system. Increasing their participation will contribute to more social justice. Despite efforts by the government, the political participation of mbo-students does not appear to be increasing.The lack of participation of mbo-students is a complex problem with many causes. Mbo-students are incredibly diverse in age, ethnicity, interests, and so on, and ‘the’ mbo-student does not exists. There is a gap between politicians and mbo-students, and the current participation system does not fit students’ needs. Furthermore, they have difficulties formulating opinions autonomously and do not know how to translate these into action.The proposed design intervention is the concept Rake Praat. The process of Participatory Budgeting (where a municipality allocates a section of the annual budget to be spent by citizens) has been altered to more accurately facilitate the needs and wishes of mbo-students. Their experiences form the foundation for the process. With the use of integrated Creative Problem-Solving techniques, students and politicians define potential projects together.With four co-creation sessions, each with its own focus, mbo-students and politicians navigate together from problem to solution. A session plan can be designed by the municipality and schools with the use of the Activity Cards. These describe different types of (creative) activities, allowing the participants to go through the different stages of the creative process: diverging, reverging, and converging. The activities are shaped so that the creative facilitation does not require experts, allowing students and politicians to go through the process autonomously.The design makes creative problem-solving more accessible to non-designers, providing policymakers and politicians with the means to shape contacts with mbo-students. Simultaneously, the toolkit gives students the opportunity to express their views directly to people who can make a difference. This is necessary for both groups to understand each other better.Design for Interactio
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