7.4MILLIONBUDGETAPPROVEDBYPARKLANDBOARDOFTRUSTEES;PCradiopermitsought;CalendarofEvents;StephenD.Fisher;Editorial:LettertoaParklandmommy;Greetingsfromtheschool,Stu−Go,andProspectus:WellHello,Hello,Hello….....;Foodservicetrainingprog.tobegin;Useyourfacilities:GameRoomopendaily;67hoursand40minutes:JulieCorleystarrocker;5newteachers;Stu−GoelectionsSept.14,15;AttentionVeterans;Projectedstudentgovernmentbudget;Nationalcompetitors:Debateneedsnewtalent;ParklandG.E.D.:Programhelpsdiploma−seekers;Signupforladdertournaments;Getinvolved:Poli−sciforToday−−withalittleEcon000.1thrownin;Donkeysorelephants,thechoiceisyours;Storyoftheyear:SchorraddressesParkland;Lost?...andfound;Gotadime?;PeerCounselingbegins;C−Uawarenesstaught;Cubs−CardstripSept.5;Gen.Ed.coursesoffered;CreativeWritingofferedthisfall;Peschkareceives10,000; University Theatre Announces 76-77 Schedule; Peggy Cass Stars in Sullivan; Kooning opens Krannert season; Student tax cut proposed; Classifieds; Abbey elected pres. NJCAA coaches; Athletic Schedules \u2776\u27; A Warm Welcome to Parkland College; Directory of Offices and Services; Items of Interest About the Campus; Campus Services - Day and Eveninghttps://spark.parkland.edu/prospectus_1976/1015/thumbnail.jp
SWANBERG STILL MISSING: 600FORTOYSFORTOTSASKED;Healthemploymentrecruitingtoday;Forbesdiscussesart,sculpture;Preregisternow;PCnewsinbrief:LibraryopenDec.18,SeeChicagoBullsNov.30,StereoForum,CovenantPlayersappearNov.20,TableTennischampheretoday,I−72extensionsopentoday,Redfordstarsin2˘7JeremiahJohnson2˘7;Staffeditorial:Campuspinball2˘7full−tilt2˘7go−aheadurged;PreregistrationavoidsJan.lines,missedclasses;Letterstotheeditor:Population(course)increaserecommended,Peorgiepopszitsales;Staffeditorials:Twopartiessameasone?;Graphicartsstudent:500 contest winner Palen almost didn\u27t enter; Illinois dry all summer says State Water Survey; Women In America: HIStory is HER story, too; Forum: Leaders, minorities are ACU topics; London Philharmonic \u27gorgeous\u27; Uncle Bob: Apple Tree needs musicians; At Channing-Murray: Rose Hip Band plays Fri., Sat.; Mediaseen: Parkland radio belongs to public, not students; Cobras spiker finish 3rd in state championship tourney; Veterans news: Uncle Sam tightens standards; Sign up to get out; Parkland Nocturne; Classifieds; Degrees in demand: Nursing filled to capacity; Oral Evaluation; Know your athletes: Lambdin \u27Mr. I.M. Football\u27 choice; K-Action I.M. champs; Faculty bowling: Bears almost trapped in loss; Karate I.M.\u27s?; Lockers must be renewed; Adams \u27super\u27 in nationals; Ferguson wins in tough week; Fast Freddy\u27s Football Forecast; Games of November 20-21https://spark.parkland.edu/prospectus_1976/1003/thumbnail.jp
Modern microbial mats are highly complex and dynamic ecosystems. Diffusive equilibration in thin films (DET) and diffusive gradients in thin films (DGT) samplers were deployed in a modern smooth microbial mat from Shark Bay in order to observe, for the first time, two-dimensional distributions of porewater solutes during day and night time. Two-dimensional sulfide and alkalinity distributions revealed a strong spatial heterogeneity and a minor contribution of sulfide to alkalinity. Phosphate distributions were also very heterogeneous, while iron(II) distributions were quite similar during day and night with a few hotspots of mobilization. Lipid biomarkers from the three successive layers of the mat were also analysed in order to characterize the microbial communities regulating analyte distributions. The major hydrocarbon products detected in all layers included n-alkanes and isoprenoids, whilst other important biomarkers included hopanoids. Phospholipid fatty acid profiles revealed a decrease in cyanobacterial markers with depth, whereas sulfate-reducing bacteria markers increased in abundance in accordance with rising sulfide concentrations with depth. Despite the general depth trends in community structure and physiochemical conditions within the mat, two-dimensional solute distributions showed considerable small-scale lateral variability, indicating that the distributions and activities of the microbial communities regulating these solute distributions were equally heterogeneous and complex