Exploring the history of new zealand astronomy trials tribulations telescopes and transits 1st editi

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New Zealand Astronomy Trials Tribulations Telescopes and Transits 1st Edition

Wayne Orchiston

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Exploring the History of New Zealand Astronomy

Trials, Tribulations, Telescopes and Transits

AstrophysicsandSpaceScienceLibrary

Volume422

EditorialBoard

Chairman

W.B.Burton, NationalRadioAstronomyObservatory,Charlottesville,VA,USA (bburton@nrao.edu);UniversityofLeiden,TheNetherlands (burton@strw.leidenuniv.nl)

F.Bertola, UniversityofPadua,Italy

C.J.Cesarsky, CommissionforAtomicEnergy,Saclay,France

P.Ehrenfreund, LeidenUniversity,TheNetherlands

O.Engvold, UniversityofOslo,Norway

A.Heck, StrasbourgAstronomicalObservatory,France

E.P.J.VanDenHeuvel, UniversityofAmsterdam,TheNetherlands

V.M.Kaspi, McGillUniversity,Montreal,Canada

J.M.E.Kuijpers, UniversityofNijmegen,TheNetherlands

H.VanDerLaan, UniversityofUtrecht,TheNetherlands

P.G.Murdin, InstituteofAstronomy,Cambridge,UK

B.V.Somov, AstronomicalInstitute,MoscowStateUniversity,Russia

R.A.Sunyaev, SpaceResearchInstitute,Moscow,Russia

Moreinformationaboutthisseriesathttp://www.springer.com/series/5664

WayneOrchiston

ExploringtheHistory ofNewZealandAstronomy

Trials,Tribulations,TelescopesandTransits

ChiangMai

Thailand

ISSN0067-0057ISSN2214-7985(electronic) AstrophysicsandSpaceScienceLibrary ISBN978-3-319-22565-4ISBN978-3-319-22566-1(eBook) DOI10.1007/978-3-319-22566-1

LibraryofCongressControlNumber:2015947953

SpringerChamHeidelbergNewYorkDordrechtLondon © SpringerInternationalPublishingSwitzerland2016

Thisworkissubjecttocopyright.AllrightsarereservedbythePublisher,whetherthewholeorpart ofthematerialisconcerned,specificallytherightsoftranslation,reprinting,reuseofillustrations, recitation,broadcasting,reproductiononmicrofilmsorinanyotherphysicalway,andtransmission orinformationstorageandretrieval,electronicadaptation,computersoftware,orbysimilarordissimilar methodologynowknownorhereafterdeveloped.

Theuseofgeneraldescriptivenames,registerednames,trademarks,servicemarks,etc.inthis publicationdoesnotimply,evenintheabsenceofaspecificstatement,thatsuchnamesareexemptfrom therelevantprotectivelawsandregulationsandthereforefreeforgeneraluse.

Thepublisher,theauthorsandtheeditorsaresafetoassumethattheadviceandinformationinthis bookarebelievedtobetrueandaccurateatthedateofpublication.Neitherthepublishernorthe authorsortheeditorsgiveawarranty,expressorimplied,withrespecttothematerialcontainedhereinor foranyerrorsoromissionsthatmayhavebeenmade.

Coverillustration:Engravingofthe1874GermantransitofVenuscampatRossCove,AucklandIslands (after TheIllustratedAustralianNewsforHomeReaders,19April1875).

Printedonacid-freepaper

SpringerInternationalPublishingAGSwitzerlandispartofSpringerScience+BusinessMedia (www.springer.com)

1.1AnEmergingInterestinObservationalAstronomy..........1

1.2JohnTebbuttandAstronomicalHistory.................9

1.3AboutThisBook:WhattoIncludeandWhattoExclude?.....18 References..........................................23

2TheSkiesOverAotearoa/NewZealand:Astronomy fromaMaoriPerspective ...............................33

2.1Introduction.....................................33

2.2SourceLimitations:TheNatureoftheEvidence............34

2.3TheInitialSettlementofAotearoa/NewZealand andtheOriginofMaoriAstronomy....................38

2.4TheWorldoftheMaoriAstronomer...................41

2.5TheCreationoftheMaoriUniverse....................42

2.6CelestialObjectsandEvents,andDocumentation ofMaoriAstronomicalKnowledge.....................44

2.6.1Introduction..............................44

2.6.2TheSun................................44

2.6.3TheMoon...............................49

2.6.4ThePlanets..............................51

2.6.5Comets.................................55

2.6.6MeteorsandMeteorites......................58

2.6.7StarsandAsterisms........................63

2.6.8VariableStars............................68

2.6.9Nebulae.................................73

2.6.10TheMilkyWayandtheMagellanicClouds........74

2.7TheAstronomy-MeetingHouseConnection, andAstronomicalMotifsinMaoriRockArt..............76

2.7.1MeetingHousesandAstronomy................77

2.7.2AreThereAstronomicalMotifsinMaori RockArt?...............................78

2.8MaoriConceptsofTime............................79 2.9ConcludingRemarks..............................84

3 Mahutonga:DidProto-PolynesianAstronomersRecord theSupernovaofAD185? ..............................89

3.1Introduction.....................................89

3.2H.M.Stowelland Mahutonga ........................90

3.3Identifying Mahutonga .............................93

3.3.1Introduction..............................93

3.3.2EtaCarinae..............................93

3.3.3ANova.................................95

3.3.4ASupernova.............................96

3.4ConcludingRemarks..............................99

PartIICookVoyageAstronomyandNewZealand

4AstronomyonCook’sFirstVoyage:MercuryBay andQueenCharlotteSound,1769–1770

4.2PlanningfortheExpedition..........................112

4.2.1Introduction..............................112

4.2.2FindingaSuitableVessel....................112

4.3TheAstronomers.................................114

4.3.1Introduction..............................114

4.3.2LieutenatJamesCook(1728–1779).............115

4.3.3CharlesGreen(1734–1771)...................118

4.4TheInstruments..................................123

4.4.1Introduction..............................123

4.4.2SecuringCelestialPositions:TheTelescopes, QuadrantsandSextants......................127

4.4.3KeepingTrackofTime:TheClocks.............132

4.5TheAstronomicalObservations.......................135

4.5.1Introduction..............................135

4.5.2CoastalMappingandtheTransitofMercury.......136

4.6ConcludingRemarks..............................142

5AstronomyonCook’sSecondVoyage:DuskySound andQueenCharlotteSound,1773–1774 ....................149

5.1Introduction.....................................149

5.2TheAstronomers.................................152

5.2.1Introduction..............................152

5.2.2WilliamBayly(1737–1810)...................152

5.2.3WilliamWales(1734–1798)..................154

5.3TheInstruments..................................155

5.3.1Introduction..............................155

5.3.2SecuringCelestialPositions:TheTelescopes, QuadrantsandSextants......................157

5.3.3KeepingTrackofTime:TheClocks,Watches andChronometers..........................160

5.3.4ProtectingtheEquipment:TheTentObservatories...165

5.4PinpointingtheExtremitiesoftheSouthIsland............166

5.5ConcludingRemarks..............................182

6AstronomyonCook’sThirdVoyage:QueenCharlotte Sound,1777 .........................................187

6.2.2CaptainJamesCook(1728–1779)...............190

6.2.3WilliamBayly(1737–1810)...................192

6.2.4JamesKing(1750–1784).....................192

6.3TheInstruments..................................194

6.3.1Introduction..............................194

6.3.2SecuringCelestialPositions:TheTelescopes, QuadrantsandSextants......................194

6.3.3KeepingTrackofTime:TheClocks,Watches andChronometers..........................195

6.3.4ProtectingtheEquipment:TheTentObservatories...198

6.4Refi ningtheLocationofQueenCharlotteSound...........198

6.5ConcludingRemarks..............................200 References..........................................202

PartIIIFundamentalAstronomy:OfTelescopes andObservatories

7The ‘Cook’ GregorianTelescopeintheMuseum ofNewZealandTePapaTongarewa ......................207

7.1Introduction.....................................207

7.2TheTelescope...................................207

7.3TheChainofOwnership............................209

7.4TheCookAttribution..............................219

7.5ConcludingRemarks..............................223

8StephenCarkeek,theWellingtonTimeBall, andNewZealand’sOldestSurvivingObservatory

8.2StephenCarkeek:ABiographicalSketch.................230

8.3TheWellingtonTimeBall...........................231

8.4AstronomyatFeatherston...........................234

8.5NewZealand’sOldestSurvivingObservatory.............239

8.5.1ItsConditionin1994.......................239

8.5.2ItsConditionin2014.......................240

8.6ConcludingRemarks..............................243

9TheHistoricAstronomicalObservatoriesintheWellington BotanicGarden:ABriefIntroduction ......................249 9.1Introduction.....................................249

9.2TheColonialObservatory...........................250

9.3TheDominionObservatory..........................255

9.4TheThomasKingObservatory.......................259

9.5TheWellingtonCityObservatory (Akathe ‘GreenTinShed’)..........................260

9.6TheCarterObservatory.............................262

9.7ConcludingRemarks..............................265

10TheThamesObservatoriesofJohnGrigg ...................271 10.1Introduction.....................................271

10.2JohnGrigg:ABiographicalSketch....................272 10.3TelescopesandObservatories........................274

10.4AstronomicalObservations..........................280

10.5OtherAstronomicalActivities........................283

11TheWanganuiRefractorandItsRemarkableEnglish EquatorialMounting

12JosephWard:PioneerNewZealandTelescope-Maker

13FromCrossleytoCarter:TheLifeandTimesofanHistoric

PartIVTransitsofVenus:TheQuestfortheAstronomicalUnit

14The1874and1882TransitsofVenus:AnOverview

15Re finingtheAstronomicalUnit:Queenstown andthe1874TransitofVenus ...........................421 15.1Introduction.....................................421

15.2Instrumentation..................................422

15.3Queenstown,andtheNewZealandObservingParty.........427

15.4ObservationsandResults...........................434

15.5Discussion......................................437

15.6ConcludingRemarks..............................440 References..........................................441

PartVStunningSpectacles:Eclipses,CometsandMeteorShowers

16The1885TotalSolarEclipse:AnAmazingPublicSpectacle .....447 16.1Introduction.....................................447 16.2CoronalandChromosphericSciencePrior tothe1885Eclipse................................448

16.3Scientifi cObservationsofthe1885Eclipse...............451 16.4PopularAstronomyandthe1885Eclipse................457

16.4.1AstronomicalSpectaclesintheYearsLeading uptotheEclipse..........................457

16.4.2TheMediaandthe1885Eclipse...............461

16.5ConcludingRemarks..............................476

17JohnGrigg,andtheGenesisofCometaryAstronomy inNewZealand ......................................481 17.1Introduction.....................................481

17.2Comets........................................484

17.2.1Introduction..............................484

17.2.2Discoveries..............................484

17.2.3ObservationsofOtherComets.................495

17.2.4CometsandAstronomicalPhotography...........497

17.3Discussion......................................498

17.4ConcludingRemarks..............................504 References..........................................505

18C.J.WestlandandCometC/1914S1(Campbell): AForgottenEpisodeinNewZealandCometaryAstronomy ......509 18.1Introduction.....................................509

18.2C.J.Westland:ABiographicalSketch...................510

18.3CometCampbell-Westland-Lunt.......................515

18.4Discussion......................................517

18.4.1NamingConventions........................517

18.4.2Anti-Tails...............................518

18.4.3NucleusSplittingandC/1914S1(Campbell).......519

18.4.4Westland’sPioneeringEffortsinAstronomical Photography..............................519

18.5ConcludingRemarks..............................520 References..........................................521

19ACatholicApproachtoAstronomy:TheRemarkableRecord ofRonaldA.McIntosh .................................523

19.1Introduction.....................................523

19.2RonaldAlexanderMcIntosh:ABiographicalSketch.........524 19.3MeteorResearch.................................526

19.3.1Introduction..............................526

19.3.2TheStationaryRadiantControversy.............530

19.3.3TheEtaAquaridRadiant.....................531

19.3.4TheSearchforNewSouthernShowers...........531

19.3.5FireballTrackingandReporting................533

19.3.6TheHeightsofMeteors......................535

19.3.7TheAccuracyofMeteorShowerRadiants.........536

19.3.8TheVelocitiesofMeteorsandFireballs...........537

19.3.9MeteorPathLengths........................539

19.3.10TheSequel..............................540

19.4BinocularandTelescopicAstronomy...................540

19.4.1Introduction..............................540

19.4.2TheMoon...............................541

19.4.3Jupiter..................................543

19.4.4Comets.................................545

19.4.5OtherObservations.........................548

19.5OtherAstronomicalInterestsandActivities...............551

19.5.1TheHistoryofNewZealandAstronomy..........551 19.5.2PopularAstronomy.........................552

19.5.3FoundingoftheAucklandObservatory...........554 19.5.4InvolvementinAstronomicalSocieties...........556

19.6ConcludingRemarks..............................557 References..........................................558

PartVIOtherNotableAstronomersandTheirActivities

20GreatComets,andWellington’sEarliestEuropean Astronomers ........................................565

20.1Introduction.....................................565

20.2TheGreatCometsof1843and1844–1845...............566

20.3ObservationsoftheTwoGreatCometsfromWellington......567

20.3.1CometC/1843D1.........................567

20.3.2CometC/1844Y1.........................569

20.4Discussion......................................573

20.4.1WhoWasWellington’sFirstResidentEuropean Astronomer..............................573

20.4.2TheCuriousCaseofJamesHenryMarriott: WasHeReallyNewZealand’sFirst ProfessionalTelescope-Maker?.................575

20.4.3AstronomyintheClassroom:TheCase oftheGraceAcademy......................579

20.4.4The(Almost)InvisibleJosephHurley............580

20.5ConcludingRemarks..............................580 References..........................................581

21HenrySevern:Thames’ TalentedTransitoryAstronomer .......585

21.1Introduction.....................................585

21.2HenrySevern:ABiographicalSketch...................586

21.3AstronomicalActivities.............................589

21.3.1Introduction..............................589

21.3.2The1874TransitofVenusandOther AstronomicalObservations...................589

21.3.3EducatingthePublicinScienceandAstronomy.....592

21.4TheSequel.....................................593 References..........................................594

22JohnGrigg,andHisPioneeringAstronomicalPhotography ......597

22.1Introduction.....................................597

22.2JohnGrigg:AstronomicalPhotographer.................599

22.2.1Introduction..............................599

22.2.2SolarPhotography.........................601

22.2.3LunarPhotography.........................603

22.2.4CometaryPhotography......................604

22.2.5StellarPhotography.........................606

22.3Discussion......................................607

22.3.1InternationalTrends........................607

22.3.2TheDevelopmentofAstronomicalPhotography inNewZealand...........................612

22.4ConcludingRemarks..............................622 References..........................................623

PartVIIOpeningaNewWindowonTheUniverse: EarlyNewZealandRadioAstronomy

23DrElizabethAlexanderandtheMysterious ‘NorfolkIslandEffect’ .................................629

23.1Introduction.....................................629

23.2ElizabethAlexander:ABiographicalSketch..............630

23.3Investigatingthe ‘NorfolkIslandEffect’ .................634

23.4Discussion......................................641

23.4.1TheAustralianCSIRDivisionofRadiophysics SolarResearchProgram.....................641

23.4.2TheNewZealandSequel.....................643

23.5ConcludingRemarks..............................647 References..........................................649

24JohnBolton,GordonStanley,BruceSleeandtheRiddle ofthe ‘RadioStars’

24.1Introduction.....................................653

24.2EarlyObservationsof ‘RadioStars’:TheNewZealand Connection.....................................654

24.3Discussion......................................661

24.3.1From ‘RadioStars’ toDiscreteSources...........661

24.3.2TheEnigmaofCygnus-A....................663

24.3.3MediaandPublicInterestinthe ‘RadioStars’ Project.................................664

24.3.4LaterDevelopmentsinNon-solarRadioAstronomy inNewZealand...........................666

24.4ConcludingRemarks..............................667

ListofFigures

Figure1.1StatelyIvyHallwasthemostprominenthistoric buildingat ‘LincolnCollege’ duringtheyearsour familylivedoncampus(Orchistoncollection).........2

Figure1.2CometArend-Roland,withitsdistinctiveanti-tail, photographedbytheAmericanastronomerAlan McClureon24April1957(http://stony-ridge.org/ AlanMcClure.html )............................3

Figure1.3CometMrkos,photographedbytheAmerican astronomerAlanMcClureon13August1957 (http://stony-ridge.org/AlanMcClure.html).............3

Figure1.4ThetowerobservatoryattheoldUniversityof CanterburycampusinChristchurch,NewZealand. Followingthemajorearthquakesof2010and2011 thetowercollapsed(www.phys.canterbury.ac.nz/ Townsend/townsend-1896.png )....................4

Figure1.5AnautumnviewofthepicturesqueAvonRiver, which flowsthroughChristchurch(www.trekearth. com/gallery/ )................................5

Figure1.6AnineteenthcenturysketchofSydneyObservatory, whichwasfoundedin1858(Orchiston collection)..................................5

Figure1.7Oneofmyfull-diskdrawingsoftheSunmadeusing theBAANewSouthWalesBranch’s3.65-in refractor.Thegreenareasarefaculae(Orchiston collection)..................................6

Figure1.8AdrawingofthelunarcratersMessierandPickering andsurroundingsmadeon5November1959with the3.65-inrefractoratamagnificationof150× (after Orchiston1964b).............................6

Figure1.9Magnitudeestimatesoftheirregularvariablestar ThetaApodisfrom22November1959to29April

1960.Thefivecircleddotsineachcaserepresentthe averageoftwosuccessiveobservationsmadeonthe sameevening(Orchistoncollection)................7

Figure1.10The11.5-inSchroederrefractoratSydney Observatory,whichwasacquiredin1874 (afterRussell1892)............................7

Figure1.11AdrawingofJupitermadeon28February1968 usingtheSydneyObservatory11.5-inrefractorata magnificationof240×.TheGreatRedSpotandtwo whitespotsintheNorthEquatorialBeltare conspicuous(Orchistoncollection).................8

Figure1.12DrHarleyWood,whowasDirectorofSydney Observatoryfrom1943to1974 (Orchistoncollection)..........................8

Figure1.13DrBruceSleeatthecontroldeskoftheAustralia TelescopeCompactArray,Narrabri,duringour observingruntoimagechromospherically-active starsinSeptember2002(Photograph WayneOrchiston).............................9

Figure1.14In1984,JohnTebbuttfeaturedonthenewAustralian $100banknote(Orchistoncollection)...............10

Figure1.15An1880woodcutoftheWindsorObservatory (Orchistoncollection)..........................10

Figure1.16Gisborne,ontheeastcoastoftheNorthIslandof NewZealand,fringesPovertyBayandisthefirst cityintheworldtogreetthenewday.Thisiswhere LieutenantJamesCook(whoinspiredthestatue)first anchoredwhenthe Endeavour reached Aotearoa/NewZealandinOctober1769(http:// www.flightsaustralia.com.au/Cheap-FlightsGisborne)...................................11

Figure1.17TheCarterObservatoryinJune2012.Thelarge domeontheleft,whichismostlyhiddenbehindthe tree,housestheplanetarium;thecentraldomehasa 41-cmreflectorandtheright-handdomeanhistoric 24.8-cmrefractor(Photograph Wayne Orchiston)..................................11

Figure1.18AmodifiedversionofCook’soriginalmapofTahiti, showingthelocationsofthethreedifferentsites wherethe1769transitofVenuswassuccessfully observed.FromlefttorighttheywereIrioaIsland, justoffthenortheasterntipofMorea;FortVenusat MatavaiBay,Tahiti;andTaaupiriIsland,justoffthe coastofTahiti(afterOrchiston2015a)...............12

Figure1.19ArecentphotographofthesolesurvivingWürzburg antennaattheNançayRadioAstronomyField StationinFrance.Originallythereweretwoofthese dishes,mountedonrails,andtheyoperatedasan interferometer.Theywereused,mainly,tomeasure theangularsizesandstructureofdiscreteradio sources(seeOrchistonetal.2007).................13

Figure1.20Asayounggraduatestudentinphysicsatthe UniversityofTokyo,KoichiShimodacarriedoutthe firstradioastronomicalobservationsinJapanwhen herecordedapartialsolareclipseon9May1948. Unfortunately,heneverpublishedthesepioneering observationsatthistime,andtheyonlyenteredthe publicdomainin2013whentheywerethesubject ofthesecondofourpapersintheseriesonearly Japaneseradioastronomy.Atthetimewewere delightedtofindthatProfessorShimodawasstill alive,andtocommemoratehishistoricobservations weofferedhimfirstauthorshiponourpaper.The photographaboveshowsKoichiShimodaoneyear beforehecarriedouttheobservations,andtheplot ontherightshowstheoscilloscopedisplayduring theeclipse(afterShimodaetal.2013)...............14

Figure1.21ThismapshowsthelocationsoftheRadiophysics Laboratory(site#17)andthescatteredfieldstations andremotesitesintheSydneyandWollongong areasusedbytheCSIRO’sDivisionofRadiophysics atonetimeoranotherbetween1945and1965.Over theyears,myclosefriendandrolemodel,DrBruce Slee,wasassociatedwithallofthesesitesexcept numbers2,4,9,13,14,15and16,buthespentmost ofhistimeattheDoverHeights(#5)andFleurs(#6) fieldstations.FromNovember1961Ialsowasbased attheFleursfieldstation,andinitiallyworkedwith BruceontheShainCrossandonthelongbaseline interferometryprojectheandDrPeterSheuerwere conductingatFleursandthesixremotesites immediatelytothenorth,southandwestofFleursto investigatethesizesofdiscretesources(thus,Peter andIusedtovisitLlandilo,site#10),buteventuallyI wastransferredtotheSolarGroupandoperatedthe ChrisCrossradiotelescopeandproducedthedaily isophotemapsofsolaremissionat1420MHz(see OrchistonandMathewson2009).Threeofmy

graduatestudentshaveresearchedselectedRadiophysicsfieldstationsfortheirPh.D.theses:forHarry WendtitwasPottsHill(#16)andMurraybank(#13); forRonStewartiswasPenrith(#15)andDapto(#4); andforPeterRobertsonitwasDoverHeights(#5). Theupperdottedboundaryshowstheapproximate present-dayextentofsuburbanSydneyandthe lowerdottedboundaryof ‘greaterWollongong’ (Map WayneOrchiston).........................15

Figure1.22ThedistinctivegatepostsattheentrancetoThe GrangeinCampbellTown,Tasmania,arethetwo metalpiersthatsupportedthehorizontalphotographictelescopeusedbytheAmericansin1874. OthertransitofVenusrelicsatTheGrangearethe brickpierthatsupportedthetransittelescope,andthe octagonalobservatorythathousedthe5-in(12.7-cm) Clarkerefractor(Orchistonetal.2015a)..............16

Figure1.23AsceneshowingtheLickObservatorypartyreadyto observethe22January1898totalsolareclipsefrom Jeur,India.Alloftheinstrumentsareinplaceandthe volunteersareattheirpracticestations.The40-ft SchaeberleCamerawithitstwinwoodentowers dominatesthescene(afterOrchistonandPearson 2011:199)..................................16

Figure1.24AdrawingshowingSiam’sKingNaraiandFrench Jesuitmissionary-astronomersobservingthe11 December1685totallunareclipsefromtheKing’s countryretreatwhichwasonanislandinthewater reservoirthatwaslocatedtothenortheastofhis palaceinLopBuri.Inouranalysisofthisdrawing wehavedemonstratedthatitcontainsconsiderable artisticlicence(seeOrchistonetal.2015c)............17

Figure1.25AgeneralizedgeologicalmapofTennessee,U.S.A., showingthelocationsofthefourlargestcities(black dots)andthetwoconfirmedandtwosuspected meteoriteimpactsites(smallblackdotswithcircles). NotethatthesesitesarelocatedontheHighlandRim (WellsCreek),aHighlandRimoutlierremnant (Howell),orontheHighlandRimescarpment(Dycus andFlynnCreek).TheHighlandRimistheskyblue regiononthemap(afterFordetal.2012:160).........18

Figure2.1AphotographofElsdonBestbyStanleyPolkinghorneAndrew(Courtesy AlexanderTurnbull Library,Ref.1/1-018778-F)......................35

Figure2.2Aotearoa/NewZealandtopography,withlocalities mentionedinthetextshownin red .................36

Figure2.3Frontcoverofthe1955editionof TheAstronomical KnowledgeoftheMaori (Photograph Wayne Orchiston)..................................37

Figure2.4ThemainislandsofPolynesiaandeasternMicronesiaandMelanesia.............................39

Figure2.5Therangeof fl ightlessbirdsthatoccupied Aotearoa/NewZealandatthetimeoftheinitial Maorisettlementincludedseveraldifferentspeciesof moas(https://en.wikipedia.org)....................40

Figure2.6GenealogydocumentingtheMaorioriginsofthe Sun,Moonandstars(afterBest1955)...............43

Figure2.7Aplotofmonthlyaveragesunspotnumbersoverthe past250yearsillustratingthe11.1-yearsolarcycle (www.solarsystemcentral.com/sunspot_cycles_page. html)......................................45

Figure2.8Aplotshowingtheincidenceofnakedeyesunspots andintervalswithlowtozerosunspotactivity(after Vaqueroetal.1997)...........................46

Figure2.9Adrawingofasolareclipseshowingthepearly whitecoronaandfourred/orange-colouredprominences(afterSands1871).......................47

Figure2.10ExampleofasolarhaloseenfromBrocken(Harz), GermanyonDecember28,2012 (https://en.wikipedia.org)........................49

Figure2.11Examplesoforangeandpinkmoonsduringthelunar eclipsesofAugust28,2007andDecember21,2010 respectively(Courtesy JohnDrummond,Patutahi, NewZealandand https://en.wikipedia.org respectively).....................................51

Figure2.12Thisplotshowsthewayinwhichthemagnitudeof Jupitervariedinthecourseofjustoneyear(inthis case2011),between 2.1and 2.9 (www.sydneyobservatory.com.au/wp-content/…)........52

Figure2.13Sketchest hatGalileomadeofJupiterandthe changingpositionsofitsfour(Galilean)moons fromnighttonight(www.astro.umontreal.ca/ *paulchar/grps/site/images/galileo.4.html )............53

Figure2.14Halley’sCometphotographedattheYerkesObservatoryonMay29,1910(https://en.wikipedia.org)..........57

Figure2.15ApaintingoftheGreatCometof1843(C/1843D1)by CharlesPiazziSmyth(https://en.wikipedia.org)..........58

Figure2.16Photographofanatypicalmeteor mostmeteorsare white(Courtesy JohnDrummond,Patutahi,New Zealand)...................................59

Figure2.17Anineteenthcenturywoodcutofthe1833Leonid meteorstorm(https://en.wikipedia.org)...............61

Figure2.18TheMaorigroupingofstarsknownas Matariki (the Pleiades).Thebluenebulosityroundthebrighter starsiscommoninphotographs,butwasnotobvious topre-Europeannakedeyeobservers(Courtesy John Drummond,Patutahi,NewZealand)................64

Figure2.19Differenttypesof kumara storagepits (afterDavidson1987)..........................66

Figure2.20Aphotographshowingthetwoasterismsassociated with kumara cultivation, Matariki (1thePleiades) and Tautoro (2thethreestarsinOrion’sBelt).Also includedinthisphotographarethree ‘high-born’ stars, Puanga (3Rigel), Putara (4Betelgeuse)and TaumataKuku (5Aldebaran)(Courtesy John Drummond,Patutahi,NewZealand)................67

Figure2.21Thelamprey( www.niwa.conz/our-science/ freshwater/tools/fishatlas/species/fish-species/ lamprey)...................................68

Figure2.22Currentdistributionoflampreys(www.niwa.co.nz/ our-science/freshwater/tools/fishatlas/species/fishspecies/lamprey)..............................69

Figure2.23RodStubbings’ lightcurveoflCarinae(http:// rodstubbbingsobservatory.wordpress.com/ lightcurves/classical-cepheid/l-car)..................70

Figure2.24TheAAVSOlightcurveof ο Ceti( www. hyperphysics.phy-astr.gsu.edu/hbase/starlog/ceti. html)......................................70

Figure2.25ThelightcurveofNovaVel1999,anexampleofa classicalnovathatwasanakedeyeobjectat maximum(afterKiyotaetal.2004:Fig.1)...........71

Figure2.26Amapshowingthedistributionofclassicalnovae, andtheirconcentrationalongorneartheplaneofour Galaxy(afterRichmond2007)....................72

Figure2.27AphotographshowingtheCoalSack,andthe adjacentconstellationofCrux,arecognisedMaori asterismwithmultiplenames(Courtesy John Drummond,Patutahi,NewZealand)................73

Figure2.28 Mangaroa,theMilkyWay,alsowasknown byanumberofotherMaorinames(Courtesy John Drummond,Patutahi,NewZealand)................74

Figure2.29MaoriastronomersrecognizedtheLargeandSmall MagellanicCloudsandmanydifferentnameswere assignedtothem,asTable2.10indicates(Courtesy JohnDrummond,Patutahi,NewZealand)............75

Figure2.30ExampleofaMaorimeetinghouse,inthiscase TamatekapuaatOhinemutu,Rotorua (https://en.wikipedia.org)........................77

Figure2.31ThisphotographoftheinterioroftheWaitangi MeetingHouseattheWaitangiNationalReserveat theBayofIslandsincludesthefollowingarchitecturalfeatures:the tāhuhu (ridgebeamalongthe top ofthemeetinghouse),thedecoratedraftersandthe carvedwallpanels.Inpre-Europeantimesthe tāhuhu andrafterssometimesweredecoratedwithastronomicalmotifs(https://en.wikipedia.org).............78

Figure2.32Possiblerockartdepictionsofcelestialobjectsand events;scaleininches(afterAmbrose1970)..........79

Figure2.33ThispaintingbyGottfriedLindauershowsthe preparationofthegroundfortheplantingofthe kumara,whichoccurredin Koanga orspring (https://en.wikipedia.org)........................80

Figure2.34PaiKanohioftheNgāiTūhoetribeseatedonthe porchofhis whare (house)atRuatahunaintheearly 1900s.Aroundhimare tahā huahua,calabashesfor pigeonspreservedintheirownfat.Thesewereavital partoftheMaoridiet,especiallyininlandforested areas,andsometimesweretradedbetweentribes (Courtesy AlexanderTurnbullLibrary, 1/2-019482-F)................................82

Figure3.1H.M.Stowell(‘HareHongi’)(Courtesy Alexander TurnbullLibrary,Wellington,Ref. PAColl-7081-25)..............................90

Figure3.2Aotearoa/NewZealandlocalitiesmentionedinthis chapterareshownin red ........................91

Figure3.3ThecoverofStowell’s Maori-EnglishTutor … (www.renaissancebooks.co.nz/?page=shop.flypage &product_id=19935&keyword=Stowell,+Henry+M. +(Hare+Hongi)&searchby=author&offset=0&).........92

Figure3.4Thevisuallightcurveof η Carinaebetween1596 and2000(afterFrew2004)......................94

Figure3.5AmapshowingtherelativelocationsofCentaurus, CruxandCarina.TheMilkyWayisshowningreen. TheCoalSackisthewhiteareawithintheMilky Wayextendingfrom α to β CentauriandtoRA13h.

EtaCarinaeislocatedinavery ‘busy’ areaofthe MilkyWayataboutRA10h45mandDec 59° (afterNorton1957)............................95

Figure3.6SNRsintheregionaroundCruxareshownin red (Courtesy DavidGreen).........................98

Figure3.7TheChineserecordoftheAD185supernova(after StephensonandGreen2002).....................99

Figure3.8AChinesestarmap,whichbelowthemaritimescene includestheasterismsofCruxand Nanmen (after StephensonandGreen2002).....................100

Figure3.9843MHzisophotemapoftheG315.4 2.3SNR (afterWhiteoakandGreen1996:353)...............101

Figure3.10ChandraX-rayimageofRCW85( Courtesy NASA/CXC/SAO&ESA).......................101

Figure3.11ThelocationoftheG315.4 2.3SNR,shownin red, relativeto Nanmen andCrux(basemapafterNorton 1957)......................................102

Figure4.1NewZealandlocalitiesmentionedinthischapterare shownin red ................................109

Figure4.2MapshowingthelocationofTahiti,thelargestisland intheSocietyIslands,nearthecentreofthe ‘PolynesianTriangle’,whichisborderedbytheHawaiian Islands,EasterIslandandNewZealand(Map Wayne Orchiston)..................................113

Figure4.3ApaintingbyThomasLunyofthe EarlofPembroke leavingWhitbyHarbourin1768 (https://en.wikipedia.org)........................114

Figure4.4OilpaintingofCaptainJamesCookbyNathaniel Dance-Holland,ca.1775,andnowintheNational MaritimeMuseum,Greenwich (https://en.wikipedia.org)........................115

Figure4.5EnglishandScottishlocalitiesmentionedinthis chapterareshownin red ........................116

Figure4.6ThefirstpageofCook’sshortpaperinthe PhilosophicalTransactionsoftheRoyalSociety reporting hisobservationofthe5August1766partialsolar eclipse.....................................118

Figure4.7ApaintingofJamesBradleybyThomasHudson, nowintheNationalPortraitGallery,London (https://en.wikipedia.org)........................119

Figure4.8ApaintingoftheReverendNathanielBlissbyan unknownartist,nowintheNationalMaritime Museum,London(https://en.wikipedia.org)...........120

Figure4.9Amapshowingtherouteofthe Endeavour onCook’s FirstVoyagetotheSouthSeas.Greenfirstwassickas the Endeavour exploredtheeastcoastofAustralia.He thencontracteddysenteryinBatavia(thepinkspotto thewestofandalittleaboveAustralia),anddiedsoon afterwardswhilethe Endeavour wascrossingthe IndianOcean.Hewasoneofmanyonthe Endeavour whofellsickinBatavia.........................121

Figure4.10AviewofPastorMohr ’smansionandobservatory (aftervanGent2005:69)........................122

Figure4.11AmezzotintofJohnBirdintheRoyalMuseums, Greenwich(https://en.wikipedia.org)................124

Figure4.12AnoilpaintingofPeterDollondbyJohnHoppner andnowintheBritishOpticalAssociationMuseum (https://en.wikipedia.org)........................125

Figure4.13JesseRamsden(https://en.wikipedia.org).............126

Figure4.14ApaintingofJamesShort(Courtesy Museumofthe HistoryofScience,UniversityofOxford)............126

Figure4.15A10.2-cm(4-in)GregoriantelescopemadebyShort, andsimilartothetwotakenonthe Endeavour during thefirstvoyage(http://www.antiquetelescopes.org/ 18thc.html)..................................128

Figure4.16ExampleofaDollondobjectglassmicrometerand case(Courtesy CollectionofHistoricalInstruments, HarvardUniversity)............................129

Figure4.17AquadrantbyBirdreputedlyassociatedwiththeCook voyages(Courtesy TheRoyalSociety,London).........131

Figure4.18AmezzotintofNevilMaskelyne (https://en.wikipedia.org)........................132

Figure4.19ThisSheltonastronomicalclockhasbeenidentified byHowseandHutchinson(1969b)astheonethat accompaniedthe Endeavour toTahiti(Orchiston collection)..................................134

Figure4.20Mapshowingtheroutefollowedbythe Endeavour afterleavingFortVenus,MatavaiBay,Tahiti (markedbytheFVstar),andsailingtoNewZealand andthenontotheeastcoastofAustralia.Thetwo NewZealandlocationswhereimportantastronomicalobservationswerecarriedoutonthisvoyageare indicatedbythe stars,where1=MercuryBayand 2=QueenCharlotteSound......................137

Figure4.21PartofPickersgill’s1769mapofMercuryBay,upon whichIhaveinserteda red spottoshowthelocation ofthetransitofMercuryobservingsite, about300metreswestofthemouth oftheOysterRiver............................138

Figure4.22ArevisedversionofPickersgill’smapofQueen CharlotteSoundshowingShipCoveandHippah Island(Mapmodifications WayneOrchiston)..........140

Figure4.23AmapofNewZealandbasedonFirstVoyage cartography(afterHawkesworth1774)...............142

Figure5.1NewZealandlocalitiesmentionedinthischapterare shownin red ................................151

Figure5.2Englishlocalitiesmentionedinthischapterare shownin red ................................153

Figure5.3PastelofWilliamWalesbyJ.Russell,1794 (Photograph WayneOrchiston;courtesy: Christ’sHospital,Horsham)......................154

Figure5.4AnoilpaintingofJohnDollondbyBenjaminWilson nowintheRoyalMuseums,Greenwich (https://en.wikipedia.org)........................156

Figure5.5TwodifferentimagesofabrassGregoriantelescope madebyFrancisWatkinsinabout1765andsimilarto theonethatCooktookonallthreevoyagestothe Pacific(www.arsmachina.com/t-watkins5038.htm).......158

Figure5.6AneighteenthcenturyDollondachromaticrefractor similarinappearancetothosetakenonCook’s SecondVoyage(Orchistoncollection)...............159

Figure5.7AHadleysextantbyJessieRamsden,similartothe onesuppliedbytheRoyalSocietyforCook’s SecondVoyage(natwaddell.wordpress. com/2011/12/09/the-transit-of-venusand-the-longitude-problem-a-briefish-history/)..........160

Figure5.8Ahalf-toneprintofThomasKing’soriginalportrait ofJohnHarrison(https://en.wikipedia.org)............161

Figure5.9Shelton’sinstructionsforsuccessfullysettinguphis astronomicalclocks(afterJohnston2005)............162

Figure5.10ApaintingofJohnArnoldinabout1767 (https://en.wikipedia.org)........................164

Figure5.11ApostagestampfeaturingtheK1chronometer (http://sio.midco.net/dansmapstamps/ jamescook2.html).............................165

Figure5.12TheSheltonRS34astronomicalclock (Orchistoncollection)..........................166

Figure5.13ThetypeoftentobservatoryusedbytheSecond Voyageastronomers(afterWalesandBayly1777: PlateII)....................................167

Figure5.14Cookandthoseonthe Resolution foundDusky Soundahauntinglybeautifulyetsecludedplace, withhighforestedmountainsthatplungeddirectly intothesea.ForBayly,meanwhile,cloudyskiesor rainmeantitwasdifficulttomakeastronomical observations(Photograph google.earth)..............168

Figure5.15ApaintingofCaptainClerkebyNathanielDancein 1776,nowinGovernmentHouse,Wellington,New Zealand(https://en.wikipedia.org)..................169

Figure5.16ApaintingofJohannReinholdForster(left)andhis son,GeorgForster(right),byJeanFrancisRigaud (https://en.wikipedia.org)........................169

Figure5.17AmapofDuskySound,withthe reddot showingthe locationof ‘AstronomersPoint’ (Map scubadive. net/nz/viewtopic.php?f=79&t=4763)..............170

Figure5.18MapshowingthelocationoftheHippahIsland observatorysiterelativetoShipCove.The Adventure anchoredintheSoundaboutmid-waybetween thesetwolocations(Map WayneOrchiston)...........173

Figure5.19CopyofapaintingbyJohnWebberoftheHippah IslandsettlementwhereBaylysetuphisobservatory inApril1773(Orchistoncollection)................174

Figure5.20AnaerialviewofQueenCharlotteSoundlooking east.IntheforegroundisShipCovewhereWalesset uphisobservatory,whileHippahIsland(thesiteof Bayly’sobservatory)andpartofMoruaraIslandare towardsthetopofthephotograph(Orchiston collection)..................................176

Figure5.21Theredandwhitelineshowstheexplorationroute ofthe Resolution fromNovember1773untilit returnedtoQueenCharlotteSoundforthethirdand finaltimeinOctober1774(adaptedfromthebase mapin https://en.wikipedia.org)...................181

Figure6.1Amapshowingtherouteofthe Resolution and Discovery duringtheThirdVoyage,priortoCook’s death,in red,andsubsequently,in blue (https://en.wikipedia.org)........................188

Figure6.2AportraitofCaptainJamesCookpaintedbyJohn Webberin1776,andnowintheNationalMuseumof NewZealandTePapaTongarewainWellington, NewZealand(https://en.wikipedia.org)..............190

Figure6.3Englishlocalitiesmentionedinthischapterare shownin red ................................191

Figure6.4AnoilpaintingofCaptainJamesKingbyJohn Webberin1782,nowintheNationalLibraryof Australia(https://en.wikipedia.org).................192

Figure6.5TheRS35SheltonastronomicalclockfromCook’s voyages,withareconstructedwoodenframework likethoseusedontheThirdVoyage(Courtesy Royal Society,London)..............................196

Figure6.6TheK3Kendallchronometerwhichwastakenonthe thirdvoyage(© NationalMaritimeMuseum, Greenwich,London)...........................198

Figure6.7ApaintingbyJohnWebbershowingthetwotent observatoriesinShipCoveinFebruary1777(after ViewsintheSouthSeas … 1808)..................200

Figure7.1AnengravingbasedonaportraitofJamesCookby WilliamHodges(afterCookandFurneaux1777: Frontispiece).................................208

Figure7.2AportraitofJosephBankspaintedbyJoshua Reynoldsin1773(https://en.wikipedia.org)...........208

Figure7.3The ‘SolanderTelescope’,Wellington,NewZealand (Courtesy MuseumofNewZealandTePapa Tongarewa,NS000010/1)........................210

Figure7.4Englishlocalitiesmentionedinthischapterare shownin red ................................211

Figure7.5AportraitofJohnRickmanpaintedbySamuelLane inabout1831(publishedwithpermissionofthe ParliamentoftheUnitedKingdom).................212

Figure7.6AphotographofFrederickRobson,takenin1895 whenhewasabout51yearsofage(www.facebook. com/opticiansnewcastle#!/opticiansnewcastle/ photos/)....................................213

Figure7.7SirRobertFallaandhiswifeElayneinabout1971 (Courtesy AlexanderTurnbullLibrary, WellingtonMaritimeMuseumCollection, Ref.35mm-00272-D-F)........................215

Figure7.8MrandMrsDoidgephotographedonabout17 August1951ontheirwaytoLondon,where MrDoidgewastobetheNewZealandHigh Commissioner(Courtesy AlexanderTurnbullLibrary, EveningPostCollection:Ref.114/338/06-G)...........217

Figure7.9AnundatedcharcoaldrawingofJamesBurney, possiblybyR.H.Dyer(burneycentre.mcgill.ca/bio_ james.html).................................220

Figure7.10Apainting(lefttoright)ofOmai,DanielSolander andSirJosephBanksnowintheNationalPortrait Gallery,London(https://en.wikipedia.org)............222

Figure8.1StephenJamesCarkeekphotographedinabout1865 byanunknownphotographer(Courtesy Alexander TurnbullLibrary,Ref.1/2-038563-F)................228

Figure8.2NewZealandlocalitiesmentionedinthischapterare shownin red ................................229

Figure8.3An1860sviewoftheWellingtonwaterfrontshowing theCustomsHouseandtimeball(Courtesy AlexanderTurnbullLibrary,H.N.Murraycollection, Ref.PAColl-0824-1)...........................233

Figure8.4MapshowingthelocationofCarkeek’sfarmin relationtothetownofFeatherston.Meanwhile,the twotrianglespointtothesiteofhisobservatory (Courtesy TonyDodson)........................235

Figure8.5TheplanofCarkeek’sobservatory(Plan Wayne Orchiston)..................................236

Figure8.6Atransittelescopesimilartotheoneownedby Carkeek(afterChambers1890:123)................237

Figure8.7Aviewofpartofthedomeroomin1994showing thehorizontalwallplateanddirectlyaboveitthe octagonalbase-ringofthedome(Photograph Gary Wilmshurst).................................239

Figure8.8Acloseupin1994ofthehorizontalwallplate, circularU-shapedchannel,base-ringofthedomeand oneofthewheels(Photograph WayneOrchiston).......240

Figure8.9Viewoftheobservatoryfromtheeastin2014 (Photograph GordonHudson).....................241

Figure8.10Viewofthetransitannexanddomeroomin2014 (Photograph GordonHudson).....................241

Figure8.11Viewoftheremainsofthedomeroomfromthe west,in2014(Photograph GordonHudson)...........242

Figure8.12Acollapsedsectionofthehorizontalwallplatewith theU-shapedchannel,in2014(Photograph Gordon Hudson)....................................242

Figure8.13Collapsedsectionsoftheoctagonalbase-ringofthe dome,showingthewheels,in2014(Photograph GordonHudson)..............................243

Figure8.14Aclose-upshowingstructuraldetailsofthetransit annexroofin2014(Photograph GordonHudson).......244

Figure8.15Aviewofthetransitannexshowingtheentrance doorwaytotheobservatoryandthematurewalnuttree growingupthroughthetransitslitintheroofofthe building,in2014(Photograph GordonHudson).........244

Figure9.1MapoftheWellingtonBotanicGardenshowingthe locationsoftheColonial(G),Hector(H),Thomas King(K),WellingtonCity(W)andCarter(C) Observatoriesandthetwoobservatoryreserves (afterOrchiston1995b:2).......................250

Figure9.2NewZealandlocalitiesmentionedinthischapterare shownin red ................................251

Figure9.3TheColonialObservatory,whichwaslocatedbeside theBoltonStreetCemeteryfrom1869to1906 (Courtesy AlexanderTurnbullLibrary,Canterbury Times27June1906,Ref.1/2-044047-F).............253

Figure9.4ArthurStock,theAstronomicalObserveratthe ColonialObservatory(Orchistoncollection)...........253

Figure9.5TheSeddongraveandmonumentatthesiteofthe ColonialObservatory(https://en.wikipedia.org).........255

Figure9.6TheHectorObservatorytransittelescope(Orchiston collection)..................................256

Figure9.7ThehistoricDominionObservatoryintheWellingtonBotanicGarden(https://en.wikipedia.org)..........256

Figure9.8ThomasKing(Orchistoncollection)................257

Figure9.9DrC.E.Adams,NewZealand’sfirst ‘Government Astronomer ’ (Orchistoncollection).................257

Figure9.10Aviewofthemeteorologicalprecinctandthenearby DominionObservatory(Photograph WayneOrchiston).............................258

Figure9.11ThephotometerusedbyKenAdamsattheThomas KingObservatory(Orchistoncollection).............260

Figure9.12Therefurbishedandbeautifully-restoredThomas KingObservatoryin2012(Photograph WayneOrchiston).............................261

Figure9.13AphotographtakenduringexcavationoftheCarter Observatoryfoundations,showingthe ‘TinShed’ in thebackgroundandonthehillbehindittheThomas KingObservatory(Orchistoncollection).............261

Figure9.14C.R.Carter(Orchistoncollection)..................262

Figure9.15The23-cmCookerefractorinitsnewdomeatthe CarterObservatory(Orchistoncollection).............263

Figure9.16TheCarterObservatoryin2012,asviewedfromthe pathleadingdownthehillfromtheThomasKing Observatory.Thelargedomeonthelefthousesthe

planetarium,the41-cmreflectorisinthecentraldome, whiletherighthanddomehasbeenhometothe historic23-cmCooketelescopesincetheobservatory openedin1941(Photograph WayneOrchiston).........264

Figure9.17The41-cmBollerandChivenstelescopeandthe secondDirectoroftheCarterObservatory,Ivan Thomsen(Orchistoncollection)....................265

Figure9.18Amapoftheremainingscientificandmilitary attractionsinalocalisedregionoftheWellington BotanicGarden,closetotheupperterminusofthe WellingtonCableCarandtheCableCarMuseum. Key:1CarterObservatory;2DominionObservatory, 3ThomasKingObservatory,4gunemplacement andundergroundtunnels,and5meteorological precinct(Map WayneOrchiston)...................266

Figure10.1JohnGrigg,F.R.A.S.(Orchistoncollection)...........272

Figure10.2NewZealandlocalitiesmentionedinthischapterare shownin red ................................273

Figure10.3The8.9-cmWrayrefractorandhome-made astrocamera(Courtesy Ward(Wanganui)ObservatoryArchives)................................275

Figure10.4Aclose-upviewofthehome-madeequatorial mountinganddrive(Courtesy Ward(Wanganui) ObservatoryArchives)..........................276

Figure10.5Grigg’sfirstThamesObservatory,inPollenStreet, 1885–1894(Orchistoncollection)..................277

Figure10.6Thetransittelescope(Orchistoncollection)............278

Figure10.7Grigg’ssecondObservatory,inQueenStreet, 1894–1920(Orchistoncollection)..................279

Figure10.8FrankSkjellerup(Orchistoncollection)..............281

Figure10.9AlfredBarrettBiggs(Orchistoncollection)............286

Figure10.10JohnTebbutt(Orchistoncollection).................287

Figure11.1Fletcher ’sresidenceandhisTarnBankObservatory (Courtesy RoyalAstronomicalSociety)..............298

Figure11.2MrChatwood’sObservatory.Themanwiththe sextantistheBritishastronomer,DrAlfredH.Fison (Courtesy Ward(Wanganui)ObservatoryArchives)......299

Figure11.3AviewoftheCooketelescopeandmountingat MrChatwood’sObservatory(Courtesy Ward (Wanganui)ObservatoryArchives).................300

Figure11.4JosephWard(Orchistoncollection).................301

Figure11.5ThecompletedWard(Wanganui)Observatory (Courtesy Ward(Wanganui)ObservatoryArchives).......303

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Fig. 69. .

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DESIGN XVIII.

A SOUTHERN HOUSE COSTING $2,200.

This plan of a simple, yet genteel Southern house, embraces ample interior accommodation for the wants of a good-sized family. It has an abundance of outside verandas and artificial shade, and may be constructed at a very moderate cost.... E, (fig. 73.)—The style is adapted to the Middle and Southern States, because of its elevation and airiness, the overhanging projections of its roof, and the facility with which wings or verandas may be added. The Tower is a conspicuous feature, and though without any special ornamentation, it gives an expression of unity and completeness to the whole structure. The Verandas on every side afford protection from the sun. Many persons prefer disconnected verandas (as shown in figs. 73 and 75), with open ends to the roofs for the escape of the heated air that would otherwise be retained in them. Moreover, disconnected verandas prevent the annoyance arising from the noise made by children who are fond of running and playing upon them.... C, (fig. 74.)—This is under the kitchen wing only; is 6½ feet deep, has two windows, an outside entrance with stone steps, and a stairway leading to the rear entry of the first floor.... F S, (fig. 75.)—Hight of ceiling in the main house, 11 feet, and in the wing 9 feet. The entrance Hall, nearly square, and entered from the front piazza through double doors, contains the main stairs, and communicates with the parlor and dining-room. Each of these apartments communicates with the library through large slidingdoors. The windows to these rooms open to the floor, and are protected on the outside by the verandas. The front parlor window is 6½ feet wide, with the sashes arranged to slide in pockets at either side, by which means the parlor is apparently prolonged to, and may be used with the veranda. Each of the large rooms has fire-places and marble mantles. The closet for the dining-room is under the main stairs. The Kitchen is in the rear wing, and separated from the

main house by the rear lobby and the pantry; it has a good-sized double window at each side, a large pantry, and a fire-place. In the rear entry are stairways leading to the second story and to the cellar.... S S, (fig. 76.)—Hight of ceilings in main house, 9 feet, and in the wing 7 feet. It is divided into six chambers, besides halls and closets. The three larger Chambers have fire-places with marble shelves, and two windows in each. The window in the small chamber is placed near the ceiling, above the kitchen roof. The two Chambers in the wing are intended as servants’ rooms, and have no communication with the main house.... T A —The Tower has an inclosed stairway, with a door at the foot. The main roof finish at the rear of the tower is leveled even with the main ridge, inclosing the intervening space; this affords room for a door leading from the tower to the attic. This story is thoroughly floored, and has small windows in each gable, and is useful as a place for storage. In cases of necessity, a portion of this attic may be used for bedrooms.... C.—The Cellar excavations are made in the ground 4½ feet deep, and for the underpinning of the main house one foot. The loose earth is used in grading, raising the surface immediately surrounding the foundation 8 inches. The foundation walls are 8 inches thick, of hard brick and good mortar. The cellar walls are 6½ feet high, and the underpinning 3 feet 2 inches high, leaving an exposed surface 18 inches high at completion. Only the portions of the foundation plan, shown darker in the plan, fig. 74, are walled, the intervening spaces being left open for the free circulation of air. The general character of the materials to be used in the construction of this house (a large portion of which is milled, and manufactured ready for use,) may be inferred from the appended estimate. The manner of putting these materials together is of great importance, and should be entrusted only to skillful and thorough workmen. The details of the exterior finish are so plain, that the work of “getting out” the several parts may be done by the mechanics employed in building, without recourse to the scroll-saw or carver The truss-work of the cornices, and the open frame-work, and columns of the verandas, are of dressed timber, and stopchamfered. All the roofs have sufficient pitch to allow the use of shingles, which are much lighter and cooler than slate or metal.

Veranda roofs so constructed do not reflect so much heat into the chamber windows as others, which is important in a warm climate.... V.—Large window openings, with easy working sashes, are provided, and afford the best means of changing the air of any apartment. The chimneys are large, and have open fire-places, and ventilating side-flues with registers near the ceilings. These openings, which should never be closed, will be found to afford satisfactory ventilation. During seasons of extreme heat, the tower may be made to serve as a general ventilator, by lowering the upper sashes, and opening all the doors leading to it. The following estimate includes everything necessary to complete this building in a thorough manner, at prices now ruling in the vicinity of New York.— E:

61 yards excavation, at 20c. per yard. $12.20

15,000 bricks, furnished and laid, at $12 per M. 180.00

26 ft. stone steps and sills, at 30c. per ft.

700 yards plastering, at 28c. per yard.

Sills, 4 × 8 in. 247 ft. long.

1 tie, 4 × 6 in. 247 ft. long.

1 plate, 4 × 6 in. 247 ft. long.

7 posts, 4 × 7 in. 22 ft. long.

4 posts, 4 × 7 in. 34 ft. long.

1 ridge, 2 × 7 in. 40 ft. long.

1 ridge, 2 × 7 in. 30 ft. long.

78 beams, 2 × 8 in. 16 ft. long.

34 beams, 2 × 8 in. 15 ft. long.

39 beams, 2 × 7 in. 16 ft. long.

15 beams, 2 × 7 in. 11 ft. long.

1 piazza, 2 × 7 in. 375 ft. long.

2 valleys, 3 × 8 in. 16 ft. long.

100 joist, 3 × 4 in. 13 ft. long, at 16c. each. 16.00

400 wall-strips, 2 × 4 in. 13 ft. long, at 11c. each. 44.00

420 siding, 6½ in. wide 13 ft. long, at 26c. each. 109.20

Materials in cornices and verandas. 40.00

120 hemlock boards (for main house), at 15c. each. 18.00

236 pine boards for roofing, 4½ × 13, at 18c. each. 42.48

67 bunches shingles, at $1.50 per bunch. 100.50

Finial on tower. 8.00

168 Flooring for verandas, 4½ in. wide, at 20c. each. 33.60

360 flooring for inside, 9½ in. wide, at 26c. each. 93.60

Stairs, $70; closet finish, $20. 90.00

2 cellar windows, complete, at $6 each. 12.00

28 windows, at $10, $280; 32 doors, at $9, $288. 568.00

3 mantles, $25 each, $75; 3 shelves, $6 each, $18. 93.00

224 ft. gutters and leaders, at 8c. per ft. 17.92

Nails, $22; painting, $125; carting, $25. 172.00

Total cost, complete. $2,200.00

Fig. 73.— .

74. .

Fig.

Fig 76 —

DESIGN XIX.

A STONE HOUSE, COSTING $2,500.

This plan has many features to commend it as an economical country house. It is similar in many respects to Design XXVII., having an equal breadth of front, and is constructed of like substantial materials. The arrangement of the several parts, however, are more regular and compact, and embrace accommodations for a goodsized family.... E, (fig. 77.)—At first sight, the reader will perceive the perfect balance apparent in the outlines and details of the front. Variety is also an especial feature, resulting from the pleasing diversity and systematic distribution of the prominent parts. The site has much effect upon the appearance of any building. This house should have a commanding position to afford such views as would seem to be expected from its broad and generous windows. Health and happiness being largely dependent on the situation, it is important to select a position having a natural drainage, and therefore more likely to be surrounded with pure wholesome air C, (fig. 78.)—Hight 6½ feet. The plain engraving saves the need of further explanation. The ceiling is smoothly “laid off” with one coat of plaster, and the walls are flush-pointed, so that the whole interior may be whitewashed whenever it shall be desirable to lighten or sweeten the cellar.... F S, (fig. 79.)—As is suggested by the exterior, system and order are prominent features in the interior arrangement. The main entrance is through double doors. The principal hall is central and roomy, and contains the open and balustered stairway to the second story The two principal rooms are of equal size, with outlooks front and rear. The Parlor has a pleasant bay or plant window, arranged to be shut off, when desirable, by large sash doors. This window has no floor, but is cemented around its sides below the floor-line, to secure dryness to the walls, and is filled with earth wherein plants may be grown. The thick masonry surrounding this plant-bed will secure it from frost. The temperature

required to make the parlor comfortable will be sufficient for the plants, while the strong sunlight will insure their vigorous growth. A mirror may be placed on the mantle opposite this window, arranged to reflect its contents, and make a most cheerful picture.—The Living-room is a convenient apartment, in easy communication with the front and rear entrances, the wood-house, and cellar-stairs, passing down under the front hall stairs. It has a large pantry, and is provided with a range, sink, stationary wash-tubs, water, and wastepipes. The importance of having cold and hot water always ready should not be overlooked. Very much of the drudgery of housework in the country consists in drawing and carrying water, and besides, it generally happens that when water is most wanted, the vessels are empty, necessitating great inconvenience and frequent distress.— The Bedroom is situated between the parlor and living-room, and communicates with both, and has a good-sized closet. This apartment may be used as a sewing-room, where such work need not be put away every time it is laid down for a moment. The Woodhouse at the rear is constructed of light materials, and serves as a fuel and utensil room.... S S, (fig. 80.)—This story is divided into five chambers, a hall, and seven closets. Each room is entered directly from the hall, obviating the too frequent necessity of passing through one room to reach another. Closets are a necessity to any well ordered household; their uses are so numerous that it is hardly possible to provide too many.... R C. —The element of durability is an important quality of this structure, avoiding the necessity and expense of frequent repairs. The exterior walls are constructed of stone and brick, as described in Design XXVII. Care should be taken to make these walls perfectly solid and thorough. The mortar used should be of the best lime, and coarse, sharp sand. Such mortar improves with age, always increasing in hardness and strength. The brick corner-work may be laid in dark or blue mortar with good effect in subduing the strong contrasts in color. Interior plastering should never be applied directly to the stone-work. Such walls do not readily conform to the sudden changes of the surrounding temperature, and are rendered damp and unwholesome from the moisture of the air being condensed upon them. They should be furred off, leaving an air-space between the stone-work

and plastering, through the whole hight of the wall, and opening into the spaces between the rafters of the roof. Side-walls constructed in this manner afford a most comfortable interior, having a more equal temperature than is possible in the usual frame building, and neither the severe cold of winter, nor the extreme heat of summer, is immediately felt within. The chimneys are of hard brick; their interior location insures a great saving of fuel, as the heat that is radiated from them greatly assists in warming the house. The principal roofs are covered with dark slate. “Keystone” and “Chapman” are good qualities, and are mostly used in this vicinity; they have good color, and do not fade. A good effect is produced by clipping the exposed corners of about one-third of the slate, in a uniform manner, and laying them in belts of five or six courses each across the roof.

E C:

111

3,367 ft. of timber, at $15 per M.

2 girders, 4 × 8 in. 32 ft. long.

4 plates, 4 × 8 in. 11 ft. long.

2 purlins, 4 × 8 in. 38 ft. long.

1 ridge, 2 × 6 in. 29 ft. long.

1 ridge, 2 × 6 in. 22 ft. long.

44 beams, 3 × 8 in. 13 ft. long.

22 beams, 3 × 8 in. 11 ft. long.

40 rafters, 2 × 5 in. 19 ft. long.

4 valleys, 3 × 7 in. 21 ft. long.

18 collars, ¼ × 5 in. 14 ft. long.

230 wall-strips, at 11c. each. 25.30

130 furring strips, at 6c. each.

Anchors, of tire iron, $3; cornice materials, $30. 33.00

300 shingling-lath, at 6c. each.

Rear wing, exclusive of tin, complete.

20 squares of slate, at $9 per square.

32 hemlock boards, at 16c. each.

3½ squares of tin, at $7 per square.

77. .

78 —

Fig.
Fig

Fig. 79.— .

80. .

Fig.

DESIGN XX.

A COUNTRY HOUSE, COSTING $2,600.

This plan is somewhat similar in style and materials to Design XXIV. The changes here indicated adapt it to a more southern climate, such as larger window openings, more piazzas, and placing the domestic rooms at the rear of the main building.... E, (fig. 81.)—“Double front” houses (as those having their front entrance in the center are usually called), may face any point of compass, and are adapted to almost any situation. They appear best when located at sufficient distance from the road to allow extended, neatly laid-out approaches, and thus give an air of retirement.... C, (fig. 82.)— Hight, 7 feet. Full size of the main building, with window openings on every side.... F S, (fig. 83.)—Hight of ceilings in main house, 11 feet; in the wing, 9 feet. The apartments embraced in the main house are unusually large, airy, and pleasant. All the windows open down to the floor, and are protected from sun and rain by the piazza. The Hall has a wide entrance leading from the piazza, and contains the principal flight of stairs. The Parlor and Living-room are of equal size (14 × 24 feet), have windows looking in three directions, and have open fire-places in each. The rear entry occupies part of the main house and wing, its hight of ceiling is determined by the platform of the main stairs. It communicates conveniently with the rear piazza, main hall, living-room, kitchen, cellar-stairs, and a closet. In the Wing are a kitchen, work-room or summer-kitchen, butler’s pantry, and two closets. The Kitchen communicates with the living-room through the butler’s pantry, which is “dresser-finished” with drawers and shelving. The work-room is furnished with a pump, sink, and two stationary wash-tubs. If desired, a bath-room may be placed in this wing, and fitted up with the necessary plumbing, as shown in Design XXXIII.... S S, (fig. 84.)—Hight of ceiling, 9 feet. A hall, three chambers, a bedroom, and four closets are the divisions of this story. The stairs

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