941 research outputs found
Annual John M. Perkins Lecture
No full textJohn Perkins returns to the SPU campus for the seventh annual John M. Perkins Lecture. One of the leading evangelical voices to come out of the American civil rights movement, Perkins is an internationally known author, speaker, and teacher. He has received honorary doctorates from several U.S. universities, including Seattle Pacific University
John M. Perkins Center Twelfth Annual Lecture
No full textEach year our university has the privilege of hearing Dr. John Perkins speak in chapel as part of the John Perkins Lecture series. Dr. Perkins helped launch the John Perkins Center at SPU, is distinguished visiting professor at SPU, and is the co-founder of the Christian Community Development Association. He is the recipient of numerous honorary doctorates and awards, and the author of several books including his most recent work, Dream With Me
John M. Perkins Center Ninth Annual Lecture
No full textJohn Perkins, one of the leading evangelical voices to come out of the American civil rights movement, returns to SPU for his annual lecture. An internationally known author, speaker, and teacher, he is the co-founder of SPU\u27s John Perkins Center
John Perkins Eighth Annual Lecture
No full textJohn Perkins, one of the leading evangelical voices to come out of the American civil rights movement, returns to SPU for his annual lecture. An internationally known author, speaker, and teacher, he is the co-founder of SPU\u27s John Perkins Center
13th Annual John Perkins Lecture
No full textDr. John Perkins returns to campus for the Thirteenth John Perkins Lecture Series. Joining the Tuesday annual lecture and chapel, will be Dr. Michael Emerson, scholar and author on race and religion and provost of North Park University in Chicago. Dr. Perkins and Dr. Emerson will host a discussion on faith, race, and evangelicalism
14th annual John Perkins Lecture
No full textDr. John Perkins returns to campus Tuesday, April 30, 11 a.m., at First Free Methodist Church, for the 14th annual John Perkins Lecture Series. This year’s morning event features Erna Kim Hackett, executive pastor at The Way Berkeley. Later that day, Hackett and Dr. Perkins will continue the morning’s topic, “Words Have Power,” at 7:30 p.m., also in First Free Methodist Church.
John Perkins is one of the leading evangelical voices to come out of the American civil rights movement and an internationally known author, speaker, and teacher. His is the co-founder of SPU’s John Perkins Center for Reconciliation, Leadership Training, and Community Development and the author of the new book One Blood: Parting Words to the Church on Race and Love. Erna Kim Hackett served with InterVarsity for 18 years in Black Ministries and Urban Programs. She is a preacher, pastor, writer, activist, and singer
Sampt Der Leichpredig so bey desselbigen Begrebnuss, durch Herren Doct. Iohan. Iac. Grynaeum, Diener am H. Evangelio im Muenster gehalten
No full textHerren Guilielmi Perkinsij Angli ; Verteutscht durch Weiland den Gottseligen Alten Herren Jacob Meyern, gewesenen Kirchendiener zu S. Alban, in Basel, naechst vor seinem abscheid. Sampt Der Leichpredig so bey desselbigen Begrebnuss, durch Herren Doct. Iohan. Iac. Grynaeum, Diener am H. Evangelio im Muenster gehaltenTeilwerk mit eigenem Titelblatt: "Ein Christliche Leichpredig, Die zu Basel im Muenster ist gehalten worden, bey der ... Bestattung, ... M. Iac. Meyeri, ... durch Iohannem Iacobum Grynaeum. ... M. DCV."Drucker aus Kolophon (nach Teilwerk): "Getruckt zu Basel, bey Johann Schroeter. 1605.
Cambarus franklini Perkins & Williams & Russ 2019, sp. nov.
No full text<i>Cambarus franklini</i> Perkins, Williams & Russ, sp. nov. <p>Figures 3 A–J, 4, Table 3</p> <p> <b>Diagnosis.</b> Body and eyes pigmented. Rostrum lanceolate, weakly excavated, ventrally deflected distally, with rostral margins thickened and entire to acumen, subparallel, spines or tubercles absent. Median carina not present. Acumen well-defined, with prominent terminal, dorsally deflected, spiniform tubercle. Areola 1.4 to 4.2 (x̄=2.0, n=64) times as long as wide, with 5–7 punctations through the narrowest point. Carapace somewhat compressed dorsoventrally, subovate in cross-section; lateral portion of branchiostegal region heavily punctate; 1–2 welldefined cervical spines. Prominent branchiostegal spines present. Postorbital ridge developed, terminating in spiniform tubercle. Suborbital angle obtuse with well-defined terminal tubercle. Well-developed hepatic spines present in small number (8%) of individuals examined.</p> <p>Mesial palm of chelae with one prominent row of tubercles; very weak secondary row present in some individuals, becoming undetectable after preservation (MAP, personal observation). First row with 5–7 welldeveloped cristiform tubercles, second row (if present) with 1–4 weakly-defined tubercles. Inconspicuous tufts of elongate setae at base of opposable propodus in approximately 40% of individuals examined (n=64). Opposable margin of propodus typically with 6–7 tubercles, from base consisting of 1–2 smaller tubercles, an enlarged tubercle, 3–4 smaller tubercles, and a sharply pointed fourth tubercle; denticles extending on average 63.2% of distal length. Opposable margin of dactyl with 6–7 tubercles, from base consisting of 2–3 smaller tubercles, an enlarged tubercle, followed by 3–4 smaller tubercles; denticles extending an average of 54.1% of distal length. Palm length to dactyl length ratio averaging 0.59. Weak dorsomedian longitudinal ridge on propodus, typically with tubercles on dorsal surface of dactyl. Sharp corneous tips present on dactyl and fixed finger of propodus. Carpus with one large spine on mesial margin, slightly ventral of midpoint, with one additional large spine on ventral surface of carpus, anterior of midpoint; one smaller spine towards posterior mesial margin of carpus.</p> <p>Gonopod of form I male with long terminal elements. Central projection not tapered, curved 90° to shaft, with conspicuous subapical notch, slightly subequal in length to mesial process. Mesial process curved 90° to main shaft, conically shaped at base, tapering to a rounded point projecting just beyond margin of the main shaft. Hooks on ischium of third pereiopods in form I and II males. Female annulus ventralis asymmetrical and appearing sclerotized caudally; distinct “S”-shaped bend, terminating in caudal portion; cephalic portion consists of median trough leading to central fossa, not sclerotized.</p> <p> <b>Holotypic Male, Form I (Fig. 3 A–C, G–J; Table 3).</b> Body somewhat compressed dorsoventrally; carapace posterior to cervical groove wider than abdomen. Carapace width greater than carapace depth at caudodorsal margin of cervical groove. Total carapace length 33.8mm, PCL 28.5mm. Areola 2.4 times longer than wide, broad with 7 punctations across the narrowest section; length of areola 36.1% of TCL. Rostrum excavated; margins slightly thickened, subparallel and continuous to acumen; floor of rostrum with numerous punctations. Rostrum 1.7 times longer than wide, lanceolate, acumen well-defined, ending in dorsally deflected corneous tip. Postorbital ridge developed, terminating in spiniform tubercle. Suborbital angle obtuse with well-defined terminal tubercle. Prominent cervical spine present. Orbital, branchiostegal, and mandibular regions of carapace with well-developed tubercles; greatest tubercle density in hepatic region.</p> <p>Abdomen subequal in length to carapace, pleura rounded cephaloventrally and angled caudoventrally. Lateral margins of terga angulate, lateral margins of second pleuron with deep furrow. Cephalic section of telson with 2 conspicuous spines in each caudolateral corner. Proximal podomere of uropod with distal spine on mesial lobe. Mesial ramus of uropod with median ridge tapering distally, terminating in median spine not extending beyond margin of ramus; laterodistal spine present. Distal margin of proximal segment of lateral ramus of left uropod with 1 large, fixed lateral spine, 1 large movable spine, and 15 small, immovable spines. Cephalomedian lobe of epistome subtriangular, rounded, anterior margins inflated; zygoma moderately arched; cephalolateral margins thickened, rounded at junction with endostyle; body of epistome possessing prominent cephalomedian fovea. Antennal scale broadest proximally; setiferous along mesial margin; lateral margin thickened and terminating in large spine. Right antennal scale 6.8 mm long, 3.6 mm wide. Antennae tips broken, right antenna extending only to posterior margin of carapace when adpressed. Dactyl of right chela apparently regenerated; all following descriptions from left chela. Mesial surface with one row of 6 well-defined tubercles. Palm length 74.6% palm width; depth 8.1 mm. Dorsal longitudinal ridge of dactyl with scattered row of 8 moderately-sized, well-defined tubercles; dactyl terminating in corneous spine. Weak dorsomedian ridge on fixed finger of propodus; small tuft of setae at fixed finger junction; scattered punctations throughout, absent of setae; terminating in corneous tip. Opposable margin of propodus from base consisting of 2 small tubercles, one large tubercle, 3 small tubercles, ending in sharply pointed tubercle. Opposable margin of dactyl from base consisting of 3 small tubercles, one enlarged tubercle, followed by 3 small tubercles. Carpus with prominent dorsal furrow, surface with scattered punctations; mesial margin with large, procurved spine approximately mid-length, with reduced proximal spine. Distodorsal surface of merus with 8 spines and spiniform tubercles, ventromesial ridge with 3 well-developed spines, ventrolateral ridge with 2 small spines. Hooks on ischium of third pereiopods. Form I gonopod as described in Diagnosis.</p> <p> <b>Allotypic Female (Fig. 3 F, Table 3).</b> Differing from the holotype in the following respects; TCL 32.7 mm, PCL 29.9 mm. Areola 2.8 times longer than wide, 34.6% of TCL (42.0% of PCL). Rostrum 1.3 times longer than width at base. Abdomen 25.2 mm in length. Hepatic spine present on either side of the cephalus. All following descriptions from right chela. Mesial margin with one well-defined row of 6 tubercles, one weak row of 3 small tubercles. Palm length (8.3 mm) 81.3% of palm width (10.2 mm). Palm depth 6.2 mm. Antennae intact, extending to fourth terga when adpressed. Antennal scale 6.7 mm long, 3.0 mm wide. Specimen lacks all male secondary sexual traits. Annulus ventralis as described in Diagnosis. First pleopods uniramous, reaching center of annulus ventralis when abdomen flexed.</p> <p> <b>Morphotypic Male, Form II (Figure 3 D–E, Table 3).</b> Differing from the holotype in the following respects; TCL 27.4 mm, PCL 21.8 mm. Areola 2.6 times longer than wide, 35.8% of TCL (45.0% of PCL). Rostrum 1.3 times longer than width at base. Abdomen 20.2 mm in length. All measurements and counts from right chela. Palm length (6.4 mm) 85.3% of palm width (7.5 mm). Palm depth 4.4 mm. Antennae intact, extending to base of telson when adpressed. Antennal scale 6.0 mm long, 2.4 mm wide. Gonopods reaching anterior margin of fourth pereiopod caudomesial boss. Central projection curved approximately 90° to shaft, rounded. Mesial process bulbous, tapering to rounded terminus, directed caudolaterally. Hook on ischium of third pereopod weakly developed, not extending to basioischial point.</p> <p> <b>Size.</b> Form I male (n=13) TCL ranging in size from 23.8 mm to 36.5 mm (x̄=31.8, SD=3.54, SE=0.98). Form II male (n=14) TCL ranging in size from 21.5 mm to 33.7 mm (x̄= 26.7 mm, SD=4.51, SE=1.21). Female (n=37) TCL ranging in size from 18.5 mm to 42.3 mm (x̄= 29.6 mm, SD=5.59, SE=0.91). The largest individual observed was female measuring 42.3 mm TCL.</p> <p> <b>Color Notes.</b> <i>Cambarus franklini</i> (Fig. 4) carapace ground color olivaceous to maroon. Cephalic portion of carapace immediately anterior to cervical groove deep red, forming a small saddle; mandibular adductor scars dark red or mottled brown. Hepatic region olive to maroon, punctuated with cream-colored tubercles or spines. Rostrum ground color olivaceous to maroon, margins and acumen brown to red. Lateral margin of antennal scale red to brown, body of antennal scale cream to blue-green. Antennae and antennules cream to pink at base, becoming deeper red distally. Dorsal surface of chelae ranging from blue-green to olive, often mottled, tubercles on mesial margin cream-colored; ventral surface of chelae cream; mesial margin of ventral surface of chelae orange, conspicuous. Denticles on opposable surfaces of chelae cream-colored. Dorsal surface of carpus olivaceous to blue-green, region adjacent to and anterior of furrow deeply red; carpus spine red with cream-colored corneous tip.</p> <p>Ventral surface of carpus light blue-green or cream. Ventral surface of merus olivaceous to blue-green, distal margin red, spines cream. Podomeres of pereopods light blue-green, distal margins of merus and carpus adjacent to joints red. Dorsal surface of abdomen ground color olivaceous, posterior margins of terga red, pleurons olivaceous to light blue-green; ventral surface of abdomen blue-green; swimmerets blue-green. Uropods blue-green, posterior margins red. Dorsal ridge of form I gonopod central projection amber; body of gonopod and mesial process creamcolored or tan, shaft cream to tan. Form II gonopod process cream to tan, shaft cream to blue-green. Annulus ventralis cream to blue-green.</p> <p> <b>Type Locality.</b> Jacob Fork, in the vicinity of the SR 1904 bridge crossing leading into South Mountains State Park, 2.57 road km WNW junction with CR 1901 (N 35.5974, W 81.6014), Burke County, North Carolina. This section of the Jacob Fork is approximately 5 m in width, 0.25–0.5 m in depth, with a heterogeneous stream bottom primarily composed of gravel, cobble, and sand; secondarily composed of boulder, bedrock, and woody debris/ organic material. Holotype and allotype date of collection was 23 April 1985, morphotype date of collection was 1 July 1985.</p> <p> <b>Disposition of types.</b> The holotype, allotype, morphotype, and 6 paratypes are deposited in the NCSM Nonmolluscan Invertebrate Collection (catalog numbers NCSM 90113, 90115, 90114; and 90098–90099, 90101– 90103, 90112 respectively). Two paratypes, including 1 MI and 1 F, are deposited in the USNM Invertebrate Zoology Collection (USNM 1531724, 1531725).</p> <p> <b>Range and specimens examined.</b> <i>Cambarus franklini</i> has been found only in the Henry and Jacob Forks in Burke and Catawba Counties, North Carolina, USA. Despite intensive sampling efforts, no additional populations of the species have been detected elsewhere in, or beyond, the Catawba River Basin (Fig. 1).</p> <p> NORTH CAROLINA: <i>Burke County</i>: <b>1</b>) NCSM 2219 — Jacob Fork along CR 1904, N 35.5974 W 81.6014, 4 F, 1 M juv., 18 October 1984, V. Schneider; <b>2) NCSM 2294</b> — Jacob Fork at bridge CR 1904, 1.6 rd mi WNW jct. CR 1901, N 35.5974 W 81.6014, 2 MI, 2 F, 2 M juv, 8 F juv., 23 April 1985, A.L. Braswell; <b>3) NCSM 2295</b> — Jacob Fork at bridge CR 1904, 1.6 rd mi WNW jct. CR 1901, N 35.5974 W 81.6014, 1 F ovig., 23 April 1985, A.L. Braswell; <b>4) NCSM 2369</b> — Jacob Fork at CR 1904, 1.3 mi WNW jct. CR 1901, N 35.5938 W 81.5962, 1 MII, 2 F, 4 M juv, 2 F juv; 1 July 1985, A.L. Braswell, A. Braswell & T. Howard; <b>5) NCSM 2372</b> — Jacob Fork, collected along CR 1904, 1.3 mi WNW jct. CR 1901, N 35.5974 W 81.6014, 1 MII, 3 F, 4 M juv, 1 July 1985, A.L. Braswell, A. Braswell & T. Howard; <b>6) NCSM 3187</b> — Jacob Fork at SR 1904, N 35.5974 W 81.6014, 3 M juv, 20 October 1984, D.R. Lenat, F. Winborne & J. Overton; <b>7) NCSM 3215</b> — Jacob Fork along SR 1904 (entrance rd. to South Mountains State Park), N 35.5974 W 81.6014, 1 F ovig., 21 May 1996, A.L. Braswell & N. Murdock; <b>8) NCSM 3216</b> — Jacob Fork along SR 1904 (entrance rd. to South Mountains State Park), N 35.5974 W 81.6014, 1 MI, 1 F; 21 May 1996, A.L. Braswell & N. Murdock; <b>9) NCSM 3645</b> —“ Jacob Fork ”, 2 MII, date and exact location unknown, C.M. Ramsey; <b>10) NCSM 90116</b> —“ Henry Fork and tribs,” 1 MI, 1 MII, 1 F juv., April 1988, D.R. Lenat; <b>11) NCSM 4445</b> — Jacob Fork at SR 1924, N 35.5906 -81.5671, 1 MI, 1 F juv., 6 May 1997, N. Medlin & B. Tracy; <b>12) NCSM 4446</b> — Henry Fork at SR 1916, N 36.6621 W 81.6042, 1 MII, 2 F juv., 6 May 1997, N. Medlin & B. Tracy; <b>13) NCSM 4480</b> —“ Jacob Fork,” exact location and coll. unknown, 1 M juv, 18 August 1997; <b>14) NCSM 5173</b> —“ Burke County, NC”, exact location, date, and coll. unknown, 1 MII, 1 F; <b>15) NCSM 5205</b> — Jacob Fork at SR 1924, N 35.5906 W 81.5671, 1 MI, 3 F, 3 M juv, 2 F juv., 3 May 1999, N. Guthrie, D.R. Lenat, N. Medlin & B. Tracy; <b>16) NCSM 25698</b> — Jacob Fork at SR 1924, old NC 18, N 35.59083 W 81.56639, 1 M juv, 1 F juv, 2 May 2006, W.B. Crouch, B. Prusha & M. Walters; <b>17) NCSM 25810</b> — Jacob Fork, N 35.59047 W 81.56697, 1 MI, 4F, 1 F ovig., 21 April 2004, S.J. Fraley & J.W. Simmons; <b>18) NCSM 25811</b> — Jacob Fork, N 35.59047 W 81.56697, 1 MI, 21 April 2004, S.J. Fraley & J.W. Simmons; <b>19) NCSM 26198</b> — Little River off SR 1900, N 35.60669 W 81.59769, 1 MII, 1 F juv, 28 October 2007, B. Tracy, T. Butz, J. deBerardinis “ <i>et al</i>.”; <b>20) USNM 1531724, 1531725</b> — Henry Fork at Old NC 18, N 35.66419 W 81.61581, 1 MI, 1 F, 26 October 2017, M.A. Perkins & S.G. Anderson; <b>21) NCSM 90086</b> — Henry Fork at River Rd., N 35.66217 W 81.60412, 1 MI, 26 October 2017, M.A. Perkins & S.G. Anderson; <b>22) NCSM 90087–90088</b> — Jacob Fork at Rhoney Rd., N 35.59346 W 81.55917, 1 MII, 1 F, 26 October 2017, M.A. Perkins & S.G. Anderson; <b>23) NCSM 90090–90093</b> — Henry Fork at Watershed Rd., N 35.64406 W 81.67709, 2 F, 2 MI, 15 November 2017, M.A. Perkins & S.G. Anderson; <b>24) NCSM 90094–90097</b> — Jacob Fork at Hemlock Trail, South Mountains State Park, N 35.60246 W 81.62913, 2 F, 1 F juv, 1 MII, 15 November 2017, M.A. Perkins & S.G. Anderson; <b>25) NCSM 90098–90099</b> — Henry Fork at Miller Bridge Rd., N 35.6792 W 81.4954, 1 F, 1 MI, 28 November 2017, M.A. Perkins & S.G. Anderson; <b>26) NCSM 90100</b> — Ivy Creek at Rich Mountain Rd., N 35.63470 W 81.66090, 1 M juv, 12 February 2018, M.A. Perkins; <b>27) NCSM 90112 —</b> Henry Fork at River Rd., N 35.66068, W 81.60242, 2 MII, 1 F, 22 July 2016, M.A. Perkins, W.T. Russ, D.A. Crocker, S.L. Stevens.</p> <p> <i>Catawba County:</i> <b>28) NCSM 90101–90104</b> — Jacob Fork at NC 127, N 35.64601 W 81.38123, 1 F, 2 MI, 15 November 2017, M.A. Perkins & S.G. Anderson; <b>29) NCSM 90105</b> — Henry Fork, N 35.69775 W 81.34447, 1 F, 22 July 2016, W.T. Russ, D.A. Crocker & S.L. Stevens; <b>30) NCSM 90106</b> — Henry Fork immediately downstream of Shuford Dam, pre-deconstruction, N 35.70135 W 81.34642, 1 F, 22 July 2016, W.T. Russ, M.A. Perkins, D.A. Crocker & S.L. Stevens; <b>31) NCSM 90107 —</b> Henry Fork at Henry Fork River Park, N 35.70051 W 81.37945, 1 F, 22 July 2016, W.T. Russ, M.A. Perkins, D.A. Crocker & S.L. Stevens; <b>32) NCSM 90108 —</b> Henry Fork at Old Shelby Rd., N 35.68364 W 81.40211, 1 F, 22 July 2016, W.T. Russ, M.A. Perkins, D.A. Crocker & S.L. Stevens; <b>33) NCSM 90109</b> — Jacob Fork at Old Shelby Rd., N 35.6147 W 81.4622, 1 MI, 29 October 2018, M.A. Perkins & L.W. Lovingood; <b>34) NCSM 90110</b> — Jacob Fork at NC 18, N 35.5975 W 81.5020, 1 MI, 29 October 2018, M.A. Perkins & L.W. Lovingood.</p> <p> <b>Conservation status.</b> <i>Cambarus franklini</i>, <b>sp. nov.</b>, is often locally abundant but narrowly distributed in only two streams in western North Carolina with an estimated current extent of <100 km 2 containing two known populations. The estimated population size for <i>C. franklini</i> is currently unknown. Threats to the species have not been fully assessed but likely include habitat degradation and diminished water quality from land use practices (primarily logging and agriculture) in some areas of the surrounding watershed. A species of non-native crayfish belonging to the genus <i>Faxonius</i> Crandall and Degrave, 2017, has been reported from the lower Henry Fork immediately downstream of the recently-removed (c. 2016) Shuford Dam (NCWRC unpublished data). Based primarily on the species’ known narrow distribution, the species should be considered Threatened (T) following Taylor <i>et al</i>. (2007), Vulnerable (VU) using IUCN criteria (B2 a,b <i>i-iv</i>; 3.1), G2 (Imperiled) following NatureServe criteria.</p> <p> <b>Variation.</b> Approximately 40% of the 64 individuals examined possess inconspicuous tufts of setae at the base of the opposable propodus. A small proportion of specimens examined (8%) possess 1–4 well-developed hepatic spines. Juveniles and sub-adults lack the robust chelae and sculptured denticles typical of adults. Juvenile coloration is typically olivaceous, however the characteristic bright red along the distal margins of the rami is present. Members of this species exhibit sexual dimorphism in reproductive structures. No geographic variation has been observed in this species.</p> <p> <b>Life History.</b> Collections of <i>C. franklini</i> have occurred in January, April, May, July, August, September, October, and November. First form males have been observed in April, May, October, and November; second form males have been observed in all months sampled. Females in glare have been observed in November and January. Ovigerous females (n=2) have been observed in April and May. Young-of-year have not been observed. The species prefers 2 nd to 3 rd order streams and has been collected almost exclusively from beneath large cobbles (approx. 15 cm length) to small boulders (approx. 100 cm in length) in shallow riffles (0.1 m to 0.5 m depth) with moderate flow.</p> <p> <b>Crayfish associates.</b> Several native stream-dwelling associate crayfish species occur with <i>C. franklini</i>, including <i>Cambarus asperimanus</i> Faxon, 1914, <i>C. johni</i>, <i>Cambarus</i> species C and <i>C.</i> cf. <i>howardi</i>. <i>Cambarus</i> cf. <i>dubius</i>, a primary burrower, was observed in burrows along stream banks. <i>Faxonius virilis,</i> an invasive crayfish species, has been collected alongside <i>C. franklini</i> at one site.</p> <p> <b>Relationships and comparisons.</b> <i>Cambarus franklini</i> shares morphological similarities with several described species as well as unnamed members of the genus <i>Cambarus</i> in the Catawba River basin. <i>Cambarus</i> species C represents at minimum one undescribed species found throughout the Catawba River basin and can be differentiated from <i>C. franklini</i> by having two well-defined rows of tubercles on the mesial margin of the palm, a more strongly cephalo-dorsally converged and shorter acumen, fewer (4–5) punctations through the narrowest section of the areola (5–7), reduced tuberculation on the denticles of the chelae, absence of hepatic spines, and generally mottled or consistently olivaceous coloration in life. <i>Cambarus</i> species C been collected at numerous sites with <i>C. franklini</i>, albeit in low numbers, but is typically less common in the middle reaches and mainstem Henry and Jacob Fork watersheds and more abundant in 1 st to 2 nd order tributaries, where <i>C. franklini</i> is typically absent. <i>Cambarus johni</i> is generally uncommon throughout the Henry and Jacob Fork watersheds and can be differentiated from <i>C. franklini</i> by possessing two well-defined rows of tubercles on the mesial margin of the palm, a more strongly cephalo-dorsally converged acumen, absence of hepatic
sj-docx-1-ict-10.1177_15347354231218266 – Supplemental material for Mediators and Moderators of Active Music Engagement to Reduce Traumatic Stress Symptoms and Improve Well-being in Parents of Young Children With Cancer
No full textSupplemental material, sj-docx-1-ict-10.1177_15347354231218266 for Mediators and Moderators of Active Music Engagement to Reduce Traumatic Stress Symptoms and Improve Well-being in Parents of Young Children With Cancer by Sheri L. Robb, Kristin Stegenga, Susan M. Perkins, Timothy E. Stump, Karen M. Moody, Amanda K. Henley, Jessica MacLean, Seethal A. Jacob, David Delgado and Paul R. Haut in Integrative Cancer Therapies</p
Trails, Rails and War: The Life of General G. M. Dodge. By Jacob Randolph Perkins.
No full text"Perkins is meticulous in his inclusion of details…He gives an authentic historical account rather than a flesh and blood portrayal of his hero.
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