10 research outputs found
If Disney ran regional public transport: Applying the Disney philosophy to the service and organisation of Dutch regional public transport
No full textPublic transport cuts pollution, creates space for city inhabitants and offers everyone the freedom to travel, to name but a few reasons for boasting public transport. However, the performance of public transport has decreased the past decade, in spite of an overall increase in mobility. Moreover, recent economic and political developments have led to a decrease in funding for public transport in the Netherlands. Even with the efficiency gains from public tendering, it is unlikely that the retrenchment can be compensated. So, the current paradigm is not sufficient to maintain or improve the current level of service and ridership of public transport. It is therefore necessary to look at possible new paradigms. One such paradigm is the Disney philosophy, which has been successfully imported from entertainment to healthcare. The challenges in that public sector have been overcome by applying principles from the Disney philosophy. Due to its success in healthcare, the Disney philosophy is assessed for its usefulness in public transport. The goal of this project is therefore to research how the Disney philosophy may be applied to pubUc transport to consider whether or not it may be a suitable new paradigm to overcome the challenges faced by public transport.TILTransport, Infrastructure and LogisticsDelft University of Technolog
Robust Valley Polarization of Helium Ion Modified Atomically Thin MoS2
No full textAtomically thin semiconductors have dimensions that are commensurate with critical feature sizes of future optoelectronic devices defined using electron/ion beam lithography. Robustness of their emergent optical and valleytronic properties is essential for typical exposure doses used during fabrication. Here, we explore how focused helium ion bombardement affects the intrinsic vibrational, luminescence and valleytronic properties of atomically thin MoS<sub>2</sub>. By probing the disorder dependent vibrational response we deduce the interdefect distance by applying a phonon confinement model. We show that the increasing interdefect distance correlates with disorder-related luminscence arising 180 meV below the neutral exciton emission. We perform ab-initio density functional theory of a variety of defect related morphologies, which yield first indications on the origin of the observed additional luminescence. Remarkably, no significant reduction of free exciton valley polarization is observed until the interdefect distance approaches a few nanometers, namely the size of the free exciton Bohr radius. Our findings pave the way for direct writing of sub-10 nm nanoscale valleytronic devices and circuits using focused helium ions
Helium ion modified luminescence and valley depolarization of atomically thin MoS2
No full textWe show a systematic study of the impact of disorder on the optical properties and intervalley scattering of atomically thin MoS2. Using a helium ion microscope (HIM) we induce defects in the crystal lattice. Optical analysis reveals significant shifts of both first order Raman modes E’ and A1 which are well explained by phonon confinement due to increasing disorder linking the ion dose to the inter-defect distance. Low-temperature (T=10K) confocal micro-photoluminescence (µ-PL) exhibits additional pronounced defect-related luminescence that can be precisely tailored with the ion dose used for exposure. We attribute the observed luminescence to originate from chemisorbed atoms/molecules at mono-sulfur vacancies in good agreement with DFT calculations. Quasi-resonant polarization resolved µ-PL measurements reveal a robust degree of circular polarization ~ 85% for doses where ion-induced luminescence is observed. This observation is in good agreement with the occurrence of mono-sulfur vacancies that are not contributing to intervalley scattering due to their C3-symmetry as recently theoretically reported [2]. Our results demonstrate the potential of helium ion microscopy applied to 2D layered materials for modifying intrinsic optical properties and fundamental understanding of disorder and its implication on the valley depolarization [3]
Impact of substrate induced band tail states on the electronic and optical properties of MoS2
No full textFederal surveys along the Colorado River, Grand County, Utah
No full textSurvey notes and maps of townships along the Grand or Colorado River in Grand CountyLocation of Sovereign Lands Former sovereign lands or non-navigable river beds Sovereign Lands within Glen Canyon Nat Rec Area Sovereign Lands under riverbeds Sovereign Lands under water bodies Sovereign Lands exchanged from Canyonlands National Parle ® i Utah Dept of Natural Resources Division ol Forestry, Fire & State Lands Location of Sovereign Lands Former sovereign lands or non-navigable river beds Sovereign Lands within Glen Canyon Nat Rec Area Sovereign Lands under riverbeds Sovereign Lands under water bodies Sovereign Lands exchanged from Canyonlands National Park 7g Miles ® i Utah Dept of Natural Resources Division of Forestry, Fire & State Lands I Tmvnship N? 25South lianye N?22^hslofti feB&tt&Merklicui, Z/iah. a K n c >i 7600 StU.ti I p^jXSZ^Hrw JWonpV y ^ -a>* 5 ij N , * i I i Area* in Acres Public Liinn liulutrtAlhttmentti Mineral Claim* Water Surface Total Area, I86ZZ8S J » 20 fr--^ 40 •O =1 3 -lot3f35\u2736"M Lono/09\u2727\u27Z#"rV. S Si • w • « 1 M j M * BOOK A-415 JMST 5onK?A?.r or rpr 25 £ . . s> g g*. 49 50 3XK \u27• U5 - SFAI3S -urvey commenced October 2:,, 1911, ar.1 executed with the inatrucent described In book "3" cf this survey. For complete tst-t o* instrument also eae book "E". October 35: At 8h 15m a.m., l . m . t . , I sat off 38035.5* oo the l a t . arc. il°5r»\u27S. on the deol. arc. and determine a meridian with the solar at old standard cor. of Tpa. 35 S. , Rs. 22 ar.d 33 E. her-to\u27ore iercrlbed. Thence I run Kvrth on a random line on B, bdy. of 7. 35 5 . , fi. 22 E. bet. sees. 31 ar.i 33. Set tecp. i see. cor. Set temp. s=s. cor. Eorth on a random line bet. sacs. 23 ar.d 30. 40.00 S«t temp, i asc. cor. At llh 45=. a.m., l . m . t . , I ret o\u27f li053\u27f. on th-? 1ecl. a r c ar.d observe the sun on the meridian *t this point, the resulting l a t . is 33°36\u27. • e t teirp. see. cor. Sorth on a random line bet. Beet. 19 and 24. Smt t:r_p. i aeo. cor. Set temp. sec. cor. October 35, 1911. 40.00 30.00 80.00 40.00 80.00 October 25: At 8h 45» a. r,., l . m . t . , I set off 33°37\u27 on the l a t . arc. 22"13\u276, on the /eel. arc. 3ns ^etenrine a meridian at temp. cor. of neos. 13, 18, 19 and 24. Thence I run SOrtO on a ran "iom lir.e bet. seca. 13 and 18. 40.00 Sat itap. i aec. cor. - 80.00 Set temp. see. cor. "0T~: 3loud obscures sun, preventing lat i tula observation, flortfc on a random line bet. sees. 7 ar.d 12. 40.00 After diligent search unable to fir.e any trr.os cf eld i sec. cor. Set temp. £ eec cor. 77.42 Fall 37.50 cha. If. of old cor. of eeos. 1, 5, 7 ar.d 12, ;>r CFAHTS E/£T BCBESiSX CF.T- 25 S . ?.. 22 E. which is a red sandstone 14x6x3 i r s . above ground, mkd. 1 notch c n J . edge and 5 notches on g. edge. At 5h l£m p.r.., l . r . t . , I observe Polaris at eastern elongation ir. accordance with instructions, in the Waauai. and rark the line thus determined by a mark on a pickett «et 5 ch*. north of thiw cor. October 26, 1911, 30.50 P7.CC 35.00 40.00 i0.25 October 27: fit S:4=- a.m., I lay off the azimuth of Polarle 1°3S\u27 to the meat and mri the nertdian thus deterrined by a mark on a stake driven finrly i r the Fround 5 cha. TT. of the cor. Thence I retrace iouth en \u27•\u27. t-y. cf Tp. bet. sees. 7 ar.d 12, in L i t t ls Castle Valley. Over neany lev«?l land, through a dsr.ee growth cf short gre.jaewocd and sagebrush. Ascend gently. *5eh 3C Iks. Tide, 10 f t . deep, course .v. 30°E. *3 6r 35 Iks. wide, 7 ft. deep. Voter scattering cedar ar.d pinon pin*-, bear? K7. ar.d SE. •asm 70 Iks. wide, 12 f t . deep, couree N. 15°E. After iili^er.t search, unable to fird any trace of old G sec. cor. Vet. sees. 7 and 12, therefore i*t an ir-r. r-06t , 3 ft. long, 1 in. in dia., 26 ins. in the j round for .* sec. cor. bet. sees. 7 an i 12, ekd. en brass cap k S 12 or. T, and 8.7 on F. half, from • sfaiek A ear.dstone beulder 12x10x8 ft. rki. X 5 0 8 12 b-ars T.. do\u27ZQ\u27f. 30 Iks. diet. A oedar, = ir.o. diam., beara S. 33°35\u27E., 89 Ike. dist. mkd, } S ? 6 I, This cor-er will hereafter refer to se0 .7 only. ^3eh 3Q ike. wide, 10 f t . deep, couree ::. 30°E. Asoend. BOOK ,\u27..415 51 - 3 - Zi?T BBtllBISI Q - r f . 2 S S , n ° . 2.v r. - CHAIS8 59.00 Foot of sandstone ledge, bears S. yo°T. and S. ?P°E. which leads to broken ledges mtilca terr.ir.a\u27e at foot of shear wall, 300 f t . in teight. It being impossible to continue chaining beyond this point I return to ; sec. ccr. bet. sees. 7 aid 13, and itea6ure a base east 20 cbs. and set flag, then I continue base east to 40.00 chs. and set a 3rd flag. I t being imtraetioablf* to set flac en lir.e or. top of ledje or edge of eeea from below, I jc to top of le1?e cr K. edge of cesa, bordering Little Castle Valley or. the south, and determine a point on lir.e, and from eai.1 Foint 1st ting on base (20 cha. z) t?ars J. 19°31\u27E. \u27ror the flag the instrumsnt bsars t". 19\u2731\u27T. therefore the d i s t . is tan. 70°29» x base or 2.8^13 x 20.00 chs. * 56.\u2743 chs. The 3nd fla? (40.C-"\u27 che. K) bears r. 35°16\u27E. from the flag the lr.etniB-er.t bears S. 35\u27IS""., therefore the diet, is tan. 54°44\u27 x baee or 1.4UC9 x 40.CC chs. = 55.55 chs. Sean. dist. . 5p,»*3 *• 53.53 _ 55)49 ch4% 3 56.49 - 37.42 • 13.07 chs. r. of cor. point of sees. 7, 12, 13 and 18. Said point falls on eteep ledges at 77.42 Iepoeeible to set cor., therefore South bet. seos. 1? ?r.d 16 to point. 19.58 Set ar iron poet, 3 f t . Ion?, 3 ir.a. in ?ia., 12 ir.s. in for com-rectivs the ground and turrounJed by mound of atone for titness cotes sea cor. to cor. of eeca. 7, 12, 13 and 18, Barked on brass cap T 35 S S 22 E \u27C on :« half, R 33 K S 12 in .\u27». R 33 * 8 7 in ST., S 18 in 8K«, and S 13 ir. ST. quadrant, frcm which A cedar, 4 ir.s. diam., bears B. 52o0«E., 14 Iks. dist. mkd. 35 T 35 S R 23 i S 7 E T. pigs tl t h is book. E1£T, aflOBUg QF T* 2 5 £ " B* 2Z z. A r i r . cn p i n e , 10 i n s . d i a . , bears S. 43°0»E., 55 I k s . i i a t . mkd. W T 25 ? P 23 ? S 18 E T. A c e d a r , 7 i n s . d i a . , bears S. 2 4 ° 0 * 1 ., 0 . 7 5 chs. d i s t . mkd. WC T 35 S R 23 E S 13 E T, A pinon p i n e , 3 i n s . d i a . , bears H. 30°0\u27W., 73 ikB. d i e t . mki. ¥C T 35 S R 23 E S 13 B T. ::. 35 chs. T\u27aarly l e v e l land in L i t t l e C a s t l e Valley. N o r t h e r l y elope. S o i l , aandy loam s i t h some ?ravel 5 t o 29 i n s . deep, on gravel e u b s o i l. \u27Jniergrowth, greasewood and sagebrush. So timber. The balance rcugh mcuntainous land, :.\u27. slope; s o i l poor, g r a v e l l y loam 3 to 5 i n s . deep on rock. "irrber, s c a t t e r i n g cedar and pincn r i n e. \u27\u27r. iergrowth, s c a t t e r i n g sagebrush. : c - - : Pcint 170C f t . above L i t t l e C a s t l e Valley. -2.30 39.50 4C.C\u27 45.00 From witness cor. for s a c s . 7, 1?, 13 and 18, eet 19.58 cha. S. of t r u e cor. p o i n t , I run t o u t h b?t. sece. 13 and l a , c o u n t i n g d i s t a n c e from t r us point for c o m e r . Descend g e n t l y. 3egin abrjpt \u27escort over ear.dstcr.e le igeu 70 f t . high, t e a r s E. and P. Fottcm of hollow, 130 f t . below r e . , course S.80°T. Ascend. Set and 34, mkd. on brass cap T 35 S\u27 in If half, R 23 E S 13 in HI. R 3 3 E S IS in r."E. S 19 in .-E. and S 34 in t * . quadrant, from which A pincn p i n e , 3 inn. diam., bearr ". 6 ° 0 \u27 F ., 115 I k s . d i s t . mkd. T 35 S K 23 E S IE c T. A pir.on p i n e , 9 ir.s. diam., beare S. 15°E., 37 U s . diFt. mkd. T 35 S ?. 23 ¥ S 19 9 T. A pir.on pine 6 ir.s. d i a . , bear6 S. 56°3?\u27!T., 55 l i . s . j i s t . mkd. T 25 S fl 3i I F 34 F T. A pir.on pine 3 i n s . diam., bears T.. 1 1 ° ? ., 123 I k s . i i a t . irkd. T 25 S F 22 £ :. 13 5 T. -ountainoue land, SIT. slope. S o i l , poor, g r a v e l l y loam 5 t o 12 i n s . deep, on eandstone 67.20 72.00 74.50 30. OO 54 - CHAINS \u27 \u27IS - 5 - EJST BommiBT Qr t_ ,5 s^.a.ag g. c o a r s e t e x t u r e , and dry. Timber, cedar and pinon pine. - i - CHAIKS 8 0 . 00 BOOK. A-415 -f- EAPT RflTVn.RV OF Tr 25 ? . , R. 22 ?,. Deaoend. Set an iron p o s t , 3 f t . IOHT, 3 i n e . in d i a . , 13 i n s. in 55 \u27Jndergrowth, s c a t t e r i n g sagebrush. October 27, 1911. 2.60 14.50 32.50 40.00 October 38: At 8h 45m a.m., l . m . t . , I set off 3Q93a* on t h e l a t . r.rc. 13°52»S. on t h e d e c l . a r c . and determine a meridian with the s o l a r at cor. of 6ecs. 13, 18, 19 and 24. Thence I run South b e t . sees. 19 ar. 1 24. 0-«r mountainous land, through heavy cedar ar.d pinon pine timber ar.d s c a t t e r i n g sagebrush. Descend. rottom of canon 350 f t . below t o p , course K. 50°*. Ascer.d over ledges. Top of r i i s e , 115 f t . above canon, bearb ::•• and SE. Descend. Lottcm of hollow, 30 f t . below ridg<» course ». 30°W. Ascend. Set ar. iron p o s t , 3 f t . lor.r, 1 ir.. in d i a . , 13 i n s . in t h e ground ar.d surrounded by mound of etcne for i seo. c o r . bet. s e e s . 19 a-.d 34, mkd. on b r a s s <?ap i S 24 on B. ar.d S. 19 on E. h a l f , from which A pinon p i n e , a ir.s. d i a . , bears X. S0o 3 0 \u27 ¥ ., 39 Ike. d i t t . mkl. | S . 4 B T. t pincn p i n e , 10 ir.a. d i a . , beareS. 40°30\u27E. 26 l k a . d i e t . mkd. i R 1^ E T. Top of ri ;«e, 150 f t . above hollow, b e a r s I , 60°W. and S. 53°E. Descend. Eottom of hollow, 40 f t . below r i d g e , course V.. ?0°W. Ascend. t h e ground and surrounded by mound of stone for cor. of Jtaoa. 19, 34, 35 and 30, mkd. on brass cap T 25 8 in S h a l f, R 32 E S 24 i n HW. R 33 E S 19 in HE. . S 30 i n SE., and S 25 in SW. quadrant, from which A pinon p i n s 6 i n s . d i a . , baara X. 23°30, E ., 33 I k s . d i s t . mkd. T 35 S R 33 F S 19 E T. A pinon pine 9 i n s . d i a . , bears S. 33°40\u27E., 39 Iks. d i s t . mkd. T 25 S R 23 F S 30 B T. A pir.on pine 5 i n s . d i a . , bears S. 36°0\u27W., 41 I k s . d i s t . mkd. T 3 5 S R 2 3 F S 3 5 B T . A pinon p i n e , 10 i n s . d i a r . , bears K. 31o 0 \u27 t ., 50 I k s . d i s t . mki. T 25 S R 23 £ S 24 B T. liCTintaincus land, w e s t e r l y slope. S o i l , g r a v e l l y loam 3 t o 13 i n s . deep, on rock and gravel e u b a o i l , dry. Timber, heavy cedar and pinon p i n e. Tlnderzrowth, s c a t t e r i n g sagebrush. South b e t . sece. 25 and 30. Over mountainous l a m , through heavy ce ar ar.d pir.on pine timber; s c a t t e r i n g sagebrush and grass. Descend. 1.50 Begin abrupt descent over ledges, bear E. ar.d f, 3.50 Bottom cf canyon, 100 f t . below t o p , d r - i r s ST. into "Sigger B i l l " canyon. Ascend. 8.00 Top of a s c e n t , edge of mesa, 125 f t . above canyon, bears S. 80°E. and S. 30°T. Oct. 28: At Uh 45m a . r . , l . m . t . , I set off 13°5o\u27S. on t h e d e c l . a r c . and observe the 9un on t h e meridian \u27 - , \u27 • n - 8 - EAST 5ttT3Ca\&T QF T. a? S... Ba 22 S. . CHAIRS at thif point, the r e s u l t i n g l a t . i s 3 a ° 3 7 \u27. Descend g e n t l y. 36.00 S. ed<- of mesa, beara F. ani ». DeHcend over broken sandstone ledges, bears IE. and SW. 40.00 Set an i r o n pont, 3 f t . Ion?, 1 i n . in d i a . , 14 i n s . in t h e ground ar.d surrounded by mound of atone for J s e c . cor. h e t . 3ec8. 30 ar.d 3 5 , mkd. on braes cap & S 25 on F and S 30 on E h a l f , from which A pinon pine 7 ina. diam., bears S, 33°0\u27E.# 75 Iks. i i a t . mkd. { S 30 B T. A aandatcne ledge, mkd. X E 0 S 35, beara S. c7°0\u27W., 32 I k s . d i s t. Ascend gently. 54.70 Foot o \u27 v e r t i c a l sandstone column, 150 I k e . x 150 Iks. baee, 100 f t . high,, impossible to surmount, t h e r e f o re I offset 30 i k s . ?,. t o p o i n t , thence I run S. to point 3.30 chs.. ther.ce *. 80 I k s . back to Tp. l i ne at p c i a t. 56.00 NOTE: This sandstone column is a conspicuous land mark and may be aeen for considerable, d i s t a n c e. Tetcer.d gently. 59.50 Eegin l e t c e n t ever email broken l e d g e s , bears E. and W. -••.\u27S. Set an i r c n poet, 3 f t . long, 3 i n s . in d i a . , 16 i n s . in t h e ground ar.d surrounded by mound of stone for cor. of sees. 25, 30, 31 a n t 36, marked en b r a s s cap T 25 S in I halfj R 22 E S 25 in RW. R 23 E S 30 in NE. S 31 in SE., and S 36 in SW. quadrant, from which A pinon p i n e , S i n s . in diam., bears S. 16°0\u27E., 134 I k s . J1U. mkd. T 2S F R 23 E ? 30 E T. A c e d ? r , 6 i n s . in diam., b e a r s S . 2 6 ° 3 0 \u27 E ., 35 I k s . d i e t . mkd. T 35 S R 2 3 E S 31 B T. A pinon pine, 3 i n s . diam., bears 6. 4 7 ° 0 \u27 f ., 43 I k s . d i e t . mkd. T 35 B R 23 E S 36 B T. BOOK A-415 - 9 - E££T EflBMH Qf T., 5.5, £ . , 3., 33 S. CHAINS A pinon p i n e , 8 ina. d i a . , b e a r s N. 44°0*w"., 118 I k s . d i s t . . mkd. T 35 S R 33 • S 25 B T. Mountainous land, southwesterly slope. S o i l , g r a v e l l y loam 6 t o 12 inB. deep on rock and gravel s u b s o i l , dry. Timber, cedar and pinon pine. Undergrowth, s c a t t e r i n g sagebrush. n c t o b e r 28, 1911. October 30; At 8h 45m a . m . , l . m . t . , I eet off ^ " S o 1 on t h e l a t . a r c . 13"32\u27S. on ?;he d e o l . a r c . and determine a meridian at the cor. of s e e s . 3 5 . 30, 31 and 35. Thenoe I run South b e t . eece. 31 and 35. •Over rough, mountainous land, through cedar and pir.on p i n e timber and s c a t t e r i n g sagebrush. Descend over broken sar.detone ledges. 4 . 0 0 S. edge of "Bigger B i l l " Canyon b e a r s RF. ar.d S. 30°*. a t t h i s p o i n t. 15.50 Eottom c f "Rigger B i l l " Canyon 20~ f t . • elow edge, couree W. a t t h i s ; o i n t , but general course ie R.westerly. N0*"E: About 5 c h s . F. a s n a i l branch canyon (box type) J o i n s "Rigger B i l l " Canyon from ?»\u27£. Ascend a b r u p t l y over l e d g e s , bear F. ard \u27*\u27. 29.00 S. edge Of "Rigger 3ill"Canyon 200 f t . above bottom, beara E. and W. Aecer.d gently. 40.00 Set an i r o n p o s t , 3 f t . lor.:?, 1 i r . in d i a . , 13 i n s . in t h e ground and mound of etone around poet \u27 o r i aec. eor. b e t , s e e s . 31 and 33, mkd. on braee cap I S 33 on S and S 31 on E. half, \u27rom which A p i r o n pine, 8 ir.a. d i a . , beare f. 3 5 ° ^ ., 35 l k a . d i s t . mkd. i S 35 S T. A c e d a r , 7 inc. diam., b e a r s S . S a ^ O \u27 E ., 95 l k a . d i e t . mkd. £ S 31 B T. At l l h 44m a.m., l . m . t . , I aet off 13°35\u27S. on the decl. 58 - 1 0 - ?».<- rnm-:Ln~ CF 7- 25 i:., p. 33 E. CHAIN!: 57.50 37.50 a r c . 3i-1 o t c » i v e t i e sun on t h e meridian at t h i s p o i n t, t h e r e s u l t i n g l a t . i s 33*30*, which is very n e a r l y the proper l a t. Ascend. Top of r i d ? » , bears E. and W. Descend. nottcm of h o l l o * , 40 f t . deep, couree R. 70°*. Asoer.d. Telephone lir.e bet. I_oab and Sfesa, "ojaxs E. and A. I n t e r s e c t 5th Standard P a r a l l e l South 37.50 oh«. Z. of o l i cor. of ~pe. 35 ar.i 2£ S . , Ra. 22 and 23 E. vet an iron pout, 3 f t . long, 3 i n s . In d i a . , 34 i n s . in t i e ground for s t a n d a r d cor. of Tpa. 25 S . , Ea. 32 and 33 F . , marked or. t r a s s cap 7 25 S in R i . a l f, R 33 E S 36 in W. and K 23 E S 31 in ?:£. q u a d r a n t , from which A c e d a r , 10 in&. i i a . , beare R. 4 5 ° 1 9 \u27 E ., 313 Ik- l i s * , tak;-:. T 25 S S 33 E S 31 5 T. A c e i T , 12 ir.s. diam., bear* \u27.\u27. 7 5 ° 5 5 \u27 * ., 83 i,..,. d i e t . mkd. T 25 S 3 33 F S 35 B T. *:0TF: 7 pen road from Moab t c "\u27eea beara I. an i ". at p o i n t about i ch. S. of t l . i s cor. L i t t l e Spring ie located abcut i mile E. of t h i s cor. Mountainous land, w e s t e r l y a l c p e. S o i l , g r a v e l l y loam 5 t o 13 ina. deep on rock and gravel s u b s o i l . Timber, c e i a r and pi nor. p i n e. "r. aergrowth, s c a t t e r i n g sagebrush and some b i a c k b r u s h. r c t o b e r 30, 1911. GENERAL n~ecRi°Tir-.::. With the exception of the X. 4 0 . 0 " che. bet. s e e s . 7 and »0G.< 4-415 59 -u-r ? \u27 ? : " \u27 ^y T. ?.g . 12, -hi oh ia gently r o l l i n g lar.d o* good, esrdy loam, 12 to 24 ina. deep en "ravel s u b e r i l , and i s located i n L i t t l e C--stle Valley, the balance of t h i e boundary South runs ever mountainous land, wry rough a r t much breken in p l a c e s . The p o l l \u27 f t h i s p o r t i o n , i s a g r a v e l l y loam 3 t o 13 i n s . deep on p a r l s t o r . e in place c o a r s e t e x t u r e ar.d verv d r y .. le.^ar and r i r . cn plr.e t i x b e ; rr*-\u27V2ils over t h e mountain- ous p o r t i o n s , with ur.iergrcwth of s c a t t e r i n g r r e a s e - wood, oagebrush and some oose. "eneral drainage ia southwesterly. - ^ ^ y / ^ v ^ « ^ ^w p . . r-=r.e l t - a r . . 352 353 9* BOOK ^ 4 15 FIELD NOTES OF THE SURVEY OF THE SPBCITITICff ART\u27 r*KKP. l~!~S OF T05REKIP RO. 35 SCTK. wiser ro.aa FAST, ^C*«*r« 6 i ^ * ? ^ FEB 25 IS\u27S Of the In the Slate of SALT L/ZF ?ASF ARE Meridian, ICAE E X E C U T E D BV tea v\u27.rc"c/.LL I* tke capacity of U. S. Surveyor , unilrr instructions dated Sept . 7 . l.\u27/ll. issued by the Vailed States Surveyor Ceneral to govern surreys inrluded in Group Ma. 15 , which were approved hy the Commissioner «f the Ceneral Land OgUr, Sep*-. 19- . I.91X. pursuant to authority contained in thei. h-t of Congress dated ,191. Survey commenced September IS . V.it& Survey completed Qotcher 33, J-\u27ifi *fi -:.f 3*7 BOOK A-AVa Subdivision of T.35 S . , R.33 E. Chains. Surwsy ooawienoed Sept. 19. 191*. and executed with a K.A T, t r a n s i t No.30038,with aciar attachment. The horizontal limb l a provided with twe dcuble verniers, placed oppos i t e t o each ether, reading to single ml~»\u27tee cf are, which i s also the least court of the verniers cf the l a t i t u d e and d e o l i r a t i o n arcs. Ths instrument was examined, tested on the true meridian at S a l t Lake City, found correct, and *aa apprcved by the surveyor general fcr ^tah, Sept.fi, 1913. Knowing that the instrument i s i n peT\u27ect adjvst&ent fTem recent observations on Polaris,(recorded in book "C"), S e p t , I S , 1913, at 8h 54a a . m . l . r . t . , I set eff 38*35*36" I . o n the lat.aro; 1*28\u27".on the decl.are; and deterrins a s.erlddan with the aoiar at ths W.C.to S.C.fcr aeoe.35 and 36 on the Fifth Standard ?e*-a..iel Scvth cf the Salt Lake Baue and. Meridian, which i s an iron poat 3 Ina.in dlsJB.l ft.above ground, f l r v l y set, and narked ar.d witnessed as described by the eurveycr general 1.25cha.W. of trus point for S.C. Thence I run H.O* Ol\u27K.bet.sec-j.35 pnd 38, Over r o l l i n g mts.land.W.alcpe; th-cugh scattering cedar and pinion timber. 1C.00 Offset 1.35 c h s . F . t o true 11ns be-t.seoa.35 and 36. 19.00 Ridge,150 ft.above c o r . , bears 8.80*1.end S.80* F. 33.25 Old read, Kcato t o Veam, bsars E.a-d W. 40.00 Set an iron poat 3 f t . l o n g , 1 i n . i n d i a . , 34 i n a . i n mound of stone, for i s e o . c o r . , with braes cap n-arked S 35 i \ S 36 1913 from which A pinion tree, 14 lns.aiam.bsars S.80* F. 98 Iks. d i s t . , marked 1 S 36 B f A pinicn 8 ln3.diam.bears S.F2*2C,».?0 I k s . d i a t ., marked £ S 35 B T •1.00 Head of dra*,70O ft.below ridge, dralna S.4C* *. 51.75 3Fur, 300 ft.above dram, projects M.60* f. •&^ •S \u27:~. a I rn _a- Sobdivlslon of T.25 S . , R.33 T. Chains. Thenos very abrupt descent, over broken land and small ledges. 61.60 Bottom of\u27Blggsr Blll"Canyon, 500 ft.balow spur, drains K.70* V.; thenoe abrupt broken ascent. 75.CO Point cf spur, 550 ft.above bottom of oanyon,projects S. 20* I. 77.90 Begin very abrupt descent. 60.00 Set an iron p o s t , 3 f t . l o n g , 3 i n . i n d i a . , 24 i n s . in mound cf stone, for ocr.of sees.35,3-",35, and 36, with brass cap marked T 25 S ,R 33 E S 36 S 35 40.00 80.24 S 35 \u27 S 36 1913 from which A r i n l on 6 ins.diam.bears *.55*F.85 I k s . d i s t. marked T 35 S R 33 F 8 25 B T A cedar 10 ins.diam.bsars S.31*F.87 I k s . d i s t. marked T 35 8 R 32 V 8 36 B T A pinion 5 ina.diam.bsars S.60°30,W.36 l k s . d l a t. irarked T 35 S R 3 3 T. S 35 B T A pinion 5 ina.diam.bears H.?C° W. 16 i k e . d i s t. rarksd T 35 S R 33 F 8 36 B T This cor.stands on a shelf cf stone about 135 f t . b e l cs point cf spur. S 35 chs hi
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