Table of ceasefire violations as of 15 April
|
|
|
- Diane Rodgers
- 6 years ago
- Views:
Transcription
1 Table of ceasefire violations as of SMM position Distance Direction Means No. Observation Description Weapon Date Time 1 Explosion Undetermined 19:39 1 Explosion Undetermined 19:41 1 Projectile W to E 19:54 13-Apr 5 Projectile E to W 21:42 2 Projectile E to W 21:43 1 Explosion Undetermined 22:34 2 Projectile W to E 01:09 SMM camera at Donetsk Filtration Station (15km N of Donetsk) 1-3km S Recorded 2 Projectile W to E 01:17 1 Explosion Undetermined 01:47 1 Projectile W to E 02:06 4 Projectile W to E 02:25 3 Projectile W to E 02:28 1 Projectile W to E 02:29 1 Projectile E to W 02:30 1 Projectile W to E 14-Apr 1 Projectile E to W 02:46 1 Projectile E to W 2 Projectile W to E 2 Projectile E to W 1 Projectile W to E 02:48 02:49 2 Projectile E to W 02:50 2 Projectile E to W 02:51 1 Projectile W to E 03:22 2 Explosion Undetermined 04:29 1 The table only includes ceasefire violations directly observed by the SMM and it may include those also assessed to be live-fire exercises, controlled detonations, etc. Details provided in terms of distance, direction, weapons-type, etc. are based on assessments provided by monitors on the ground, and are not always necessarily precise. When information is not known (indicated with an ), the SMM was unable to ascertain such information due to distance, weather conditions and/or other considerations. Ceasefire violations recorded by more than one patrol and assessed to be the same are entered only once /18mf
2 2 2 Explosion Undetermined 04:43 6 Projectile W to E 20:22 3 Projectile W to E 20:23 6 Projectile W to E 20:31 3 Explosion Undetermined 20:37 1 Explosion Undetermined 20:38 12 Projectile W to E 20:56 1 Projectile W to E 20:57 3 Projectile W to E 21:01 3 Projectile W to E 21:03 1 Explosion Undetermined 21:04 5 Projectile W to E 21:07 1 Projectile W to E 21:10 2 Projectile W to E 21:13 1 Projectile W to E 21:15 1 Explosion Undetermined 21:16 2 Projectile W to E 21:19 1 Explosion Undetermined 21:22 1 Explosion Undetermined 21:41 1 Projectile E to W 21:44 1 Projectile W to E 21:51 1 Explosion Undetermined 21:59 2 Explosion Undetermined 22:07 1 Explosion Undetermined 22:16 1 Explosion Undetermined 22:49 3 Projectile E to W 22:56 1 Projectile W to E 22:59 2 Projectile W to E 23:06 2 Projectile E to W 1 Explosion Undetermined 23:07
3 3 5 Projectile W to E 23:13 1 Projectile E to W 23:21 1 Explosion Undetermined 23:34 1 Other Illumination flare in vertical flight 1 Projectile W to E 23:46 2 Projectile E to W 23:56 1 Explosion Undetermined 00:09 1 Explosion Undetermined 01:02 1 Explosion Undetermined 01:16 2 Explosion Undetermined 01:33 1 Explosion Undetermined 01:35 5 Explosion Undetermined 02:29 1 Explosion Undetermined 02:31 1 Explosion Undetermined 02:32 1 Explosion Undetermined 02:34 1 Explosion Undetermined 02:37 3 Explosion Undetermined 03:00 1 Explosion Undetermined 03:17 1 Projectile W to E 04:19 3 Projectile E to W 21:13 ESE 5 Projectile E to W 21:14 1 Explosion Undetermined 21:24 SMM camera at entry-exit checkpoint in Pyshchevyk 84km S 0.5-2km ENE Recorded 15 Projectile W to E 21:56 2 Projectile W to E 22:06 14-Apr 4 Projectile W to E 22:07 20 Projectile E to W 18 Projectile E to W 10 Projectile W to E 22:16 19 Projectile E to W 22:20
4 4 12 Projectile W to E 8 Projectile E to W 6 Projectile W to E 22:26 1 Explosion Undetermined 2 Projectile E to W 1 Projectile W to E 22:27 1 Explosion Undetermined 7 Projectile E to W 3 Projectile W to E 22:28 1 Projectile E to W 22:31 2 Projectile E to W 22:36 1 Projectile W to E 22:45 15 Projectile W to E 5 Projectile E to W 6 Projectile E to W 7 Projectile W to E 22:58 23:00 1 Projectile W to E 23:22 1 Projectile W to E 23:24 2 Projectile E to W 23:26 5 Projectile E to W 23:27 7 Projectile E to W 10 Projectile W to E 2 Projectile W to E 23:28 00:02 3 Projectile W to E 00:03 1 Projectile E to W 00:15 2 Projectile W to E 00:22 ESE 2 Projectile W to E 01:11 5 Projectile W to E 1 Projectile E to W 01:12 1 Explosion Undetermined 01:28
5 5 3 Projectile W to E 01:41 2 Explosion Undetermined 02:00 1 Projectile W to E 02:39 2 Projectile E to W 02:40 NW 2 Projectile E to W 03:59 12 Projectile E to W 04:00 SMM camera 1km SW of Shyrokyne (20km E of Mariupol) 1-4km N Recorded 4 Projectile E to W 14-Apr 20:39 Railway station in Yasynuvata (nongovernmentcontrolled, 16km NE 3-5km NW 1 14-Apr 14:00 WSW 1 Explosion Undetermined 11:40 WSW 4 12:10 NW edge of Debaltseve (nongovernmentcontrolled, 58km NE 2-3km NW 15 Shot Small arms 14-Apr 11:10-11:15 2-4km NNW 6 11:29 3-5km SSE 1 Explosion Undetermined SSE 5 10:48 11:43-12:15 5-8km E 1 14-Apr 14:00 SW edge of Avdiivka 17km N 5-10km NNE 15 15:25-15:40 ESE 30 Shot HMG 15:40 3-5km SE 1 Explosion Undetermined 2 Burst 3 Explosion Undetermined 11:42 11:56-11:58 14:15-14:20 3 Explosion Undetermined 15:29-15:30 SW edge of 3km NNW 7 Explosion Undetermined 15:16
6 6 Yasynuvata (nongovernmentcontrolled, 16km NE 4 Burst Small arms 15:16 4 Explosion Undetermined 15:18 3 Burst Small arms 15:18 5 Explosion Undetermined 15:20 6 Burst Small arms 15:20 6 Explosion Undetermined 15:22 3 Shot Small arms 15:22 6 Burst Small arms 15:22 4 Shot Small arms 15:25 4 Explosion Undetermined 15:25 10 Burst Small arms 15:25 3 Explosion Undetermined 15:30 7 Burst Small arms 15:30 N 5 Shot Small arms 10:48 Petrivske (nongovernmentcontrolled, 41km S 1-2km E 1 Burst Assessed as outside Small arms 12:36 the disengagement 14-Apr SW 4 Shot area Small arms 13:24 E 1 Burst Small arms 13:26 3km W of Chermalyk 31km NE 5-7km NNW 14 Shot Small arms 14-Apr 10:00-10:14 SSE 2 Shot Small arms 10:37-10:46 NW edge of Starohnativka 51km S SSE 1 Explosion Undetermined E 1 Explosion 14-Apr 10:37-10:46 10:37-10:46 NE 46 Shot Small arms 10:37-10:46 3km NW of Lebedynske 16km NE E 2 Shot Small arms 14-Apr 11:20-11:21 SE 1 Explosion Undetermined 12:00
7 7 1km NW of Pyshchevyk 25km NE ENE 2 Shot Small arms E 1 Explosion Undetermined 14-Apr E 33 Shot Small arms 12:00-12:10 12:24-12:30 12:24-12:30 1km N of Zaichenko (non-governmentcontrolled, 26km NE E 10 Shot Small arms 14-Apr 12:54-13:00 Horlivka (nongovernmentcontrolled, 39km NE 4-5 km W 12 Explosion Undetermined 14-Apr 05:30-05:37 1-2km NE 7 Burst HMG 11:55 Svitlodarsk 57km NE SE E 5 Burst 19:45 10 Burst HMG 20:42 1 Burst 20:45 5 Shot 21:09 3-5km 4 Shot 21:10 Small arms 6 Shot 21:22 6 Shot 21:28 1 Explosion Undetermined 21:41 3 Shot Small arms 21:46 3 Burst AGL 21:50 10 Burst 13-Apr Small arms 21:52 SE 4 Burst HMG 21:53 3 Burst AGL 22:00 7 Shot Small arms 22:05 1 Burst HMG 22:21 5 Shot Small Arms 22:22 10 Shot Small arms 22:26 6 Burst AGL 22:29 3 Burst HMG 22:42 3 Burst AGL 22:47
8 8 4 Shot Small arms 20:40 4 Shot Small arms 20:45 S 3 Shot Small arms 21:03 2 Shot Small arms 21:09 SE S 2 Burst HMG 21:24 3 Shot Small arms 21:35 2 Burst HMG 21:39 5 Shot Small arms 21:41 1 Burst HMG 21:55 4 Burst HMG 22:04 SSE 1 Burst HMG 22:05 2 Shot Small arms 22:05 2 Shot Small arms 22:10 SE 3 Burst HMG 14-Apr 22:14 S 3 Shot Small arms 22:15 SE 1 Explosion Undetermined 22:22 S 3 Shot Small arms 22:30 3 Burst HMG 22:32 3 Burst HMG 22:38 6 Burst HMG 22:45 1 Explosion 23:05 SE 1 Explosion 23:07 Undetermined 2 Explosion 23:08 1 Explosion 23:09 4 Burst AGL 23:14 4 Shots Small arms 23:25 SW 6 Burst HMG 06:17 5-7km SE 1 11:36 1 Explosion Undetermined 11: :44
9 9 6-8km E 1 13:40 E 3 13:43 4-6km SSE 1 13:50 6-8km 1 14: km 3 14:33 6-8km 1 14: km 2 14:38 5-7km E :04-16:08 16:15-16:50 3-5km 3 Burst HMG 16:50 5-7km 10 16:55-17:03 5km SE 20 SE 8 Explosion Undetermined 17:27-17:35 17:40-17:45 7km E 6 17:40-17:45 SMM acoustic sensor 2 in Svitlodarsk 57km NE S SSW 1 13-Apr 20: : : :55 3-5km Recorded 2 02:15 Explosion Undetermined 1 14-Apr 02: :04 S 1 04:05 2 An SMM acoustic sensor continues to be tested until the end of 2018
10 : : : : : : : : :19 SE 1 15: : : : :26 S 1 19: : :04 SSW 3 23: : :57 Explosion Undetermined 1 02:19 S 1 02: : :49 SW 1 06: :17 250m SE of Stanytsia Luhanska bridge (15km NE of Luhansk) 1km SE 50 Shot Small arms Explosion Assessed as outside Detonation the disengagement area 08:55-09: km W 1 Explosion Undetermined (assessed as outside the disengagement 14 10:56:00
11 11 area) Stanytsia Luhanska 16km NE of Luhansk) 5km ESE 1 Explosion Undetermined (assessed as outside the disengagement area) 6km SWW :25:00 04:53: km SW 1 09:47:00 NE outskirts of Popasna 69km W of Luhansk) N outskirts of Slovianoserbsk (nongovernmentcontrolled, 28km NW of Luhansk) 1.5km SW of Molodizhne (nongovernmentcontrolled, 63km NW of Luhansk) 1.5-5km NE 7 Shot HMG 14 2 Explosion Outgoing Mortar (type ) 3-4km W 2 Explosion Undetermined 14 4km E 1 Explosion Undetermined km NNW 20 Shot Small arms Burst 09:59-10:02 11:10:00 11:44:00 14:51:00 1.7km NE of Stepanivka (nongovernmentcontrolled, 62km W of Luhansk) 15-20km NW 5 Explosion Undetermined 14 15:26:00 3-5km NW 4 Shot Small arms 15:29:00 2km W of Yasynuvata (nongovernmentcontrolled, 16km NE 2km NW 18 Burst HMG 2km NW 10 Explosion Undetermined 14:15-14:23 14:15-14:23 5.2km E of Petrivske (non-governmentcontrolled, 41km S 2-3km NW 20 Shot Assessed as outside the disengagement Small arms area 40 Shot 11:45-11:51 12:10-12:17 3.1km N of Petrivske (non-governmentcontrolled, 41km S 10-15km WNW 10 Explosion Undetermined (assessed as outside the disengagement area) 14:45-14:47 Naberezhne (nongovernmentcontrolled, 33km NE 3-4km SW 15 Shot Small arms 2-3km SSE 11 Explosion Undetermined 11:05-11:15 11:05-11:15
12 12 3-4km SW 21 Shot Small arms 3km SW 1 Explosion Undetermined 11:10-11:20 11:10-11:20 1km NE Naberezhne (non-governmentcontrolled, 33km NE 4km SSW 1 Explosion Undetermined 11:30 3km S 8 Shot Small arms 11:45 Chermalyk 31km NE km Outgoing SSE 3 Explosion 1.5-2km 2 Impact Mortar (type ) 10:58-11:15 11:20-11:25 11:20-11:25 1 Km NNW Pyshchevyk 25km NE NNE 21 Outgoing Explosion 21 Subsequent impact Mortar (type ) 10:57-11:11 10:57-11:11 SW edge of Molodizhne (nongovernmentcontrolled, 63km NW of Luhansk) Molodizhne (nongovernmentcontrolled, 63km NW of Luhansk) 1km N 4 Burst Small arms 2-3km WSW 2 Shot Small arms 15 10:25: :36:00 Novohryhorivka (non-governmentcontrolled, 33km W of Luhansk) Dovhe (nongovernmentcontrolled, 22km north-west of Luhansk) 5-10km N 2 Explosion Undetermined 5km SE 2 Explosion Undetermined 15 11:55: :10:00
13 13 Map of Donetsk and Luhansk regions 3 3 The SMM is deployed to ten locations throughout Ukraine Kherson, Odessa, Lviv, Ivano-Frankivsk, Kharkiv, Donetsk, Dnipro, Chernivtsi, Luhansk and Kyiv as per Permanent Council Decision 1117 of 21 March This map of eastern Ukraine is meant for illustrative purposes and indicates locations mentioned in the report, as well as those where the SMM has offices (monitoring teams, patrol hubs, and forward patrol bases) in Donetsk and Luhansk regions. (In red: forward patrol bases from which SMM staff has temporarily relocated based on recommendations of security experts from participating States as well as SMM security considerations).
Table of ceasefire violations as of 3 May
Table of ceasefire violations as of 3 May 2018 1 SMM position Distance Direction Means No. Observation Description Weapon Date Time SMM camera at Donetsk Filtration Station (15km N of Donetsk) SMM camera
Table of ceasefire violations as of 13 January
Table of ceasefire violations as of 13 January 2019 1 SMM position Berezove 31km SW of Chermalyk 31km NE of SMM camera at Donetsk Filtration Station (15km N of SMM camera 1.5km NE of Hnutove 20km NE of
Table of ceasefire violations as of 4 December
Table of ceasefire violations as of 4 December 2018 1 SMM position Event location Means No. Observation Description Weapon Date, time SMM camera in 2-4km SE Recorded 1 Projectile NE to SW N/K 18:52 Chermalyk
Table of ceasefire violations as of 14 May
Table of ceasefire violations as of 14 018 1 SMM position Distance Direction Means No. Observation Description Weapon Date Time SMM camera at Donetsk Filtration Station (15km N of SMM camera in Zolote
Table of ceasefire violations as of 16 November
Table of ceasefire violations as of 16 November 2017 1 SMM position Svitlodarsk 57km NE SMM camera at Donetsk Filtration Station (15km N of Donetsk) Location of event 0.5-1.5kmS Observation Type of weapon/ammunition
Table of ceasefire violations as of 14 November
Table of ceasefire violations as of 14 November 2018 1 SMM position SMM camera in Avdiivka 17km N of SMM camera in Chermalyk 31km NE SMM camera at Donetsk Filtration Station (15km N of SMM camera 1.5km
Table of ceasefire violations as of 15 December
Table of ceasefire violations as of 15 December 2017 1 SMM position SMM camera in Petrivske ( DPR - controlled, 41km S Railway station in Yasynuvata ( DPR - controlled, 16km NE SW edge of Avdiivka 17km
Table of ceasefire violations as of 20 December
Table of ceasefire violations as of 20 December 2018 1 SMM position Event location Means No. Observation Description Weapon Date, time SMM camera in 2-4km SE Recorded 2 Explosion Impact N/K 20-Dec, 05:33
Table of ceasefire violations as of 6 May
Table of ceasefire violations as of 6 2018 1 SMM position Distance Direction Means No. Observation Description Weapon Date Time 1.1km NW of the railway station in Yasynuvata SW edge of Avdiivka 17km N
Table of ceasefire violations as of 13 November
Table of ceasefire violations as of 13 November 2017 1 SMM position Svitlodarsk 57km north-east of Donetsk) Avdiivka 17km N SMM camera at Donetsk Filtration Station (15km N of Donetsk) Location of event
Table of ceasefire violations as of 22 January
Table of ceasefire violations as of 22 January 2018 1 SMM position Railway station in Yasynuvata ( DPR - controlled, 16km NE SW edge of Avdiivka 17km N Sopyne 16km E of Mariupol) Naberezhne ( DPR - controlled,
Table of ceasefire violations as of 25 September
Table of ceasefire violations as of 25 September 2017 1 SMM position Petrivske ( DPR - controlled, 41km S Svitlodarsk 57km NE Location of event O bservation Type of weapon/ammunition Date/time 0.5-1km
Table of ceasefire violations as of 13 May
Table of ceasefire violations as of 13 May 2018 1 SMM position Distance Direction Means No. Observation Description Weapon Date Time Donetsk Filtration Station (15km N of 1-2km NNW 3 Shot 11:35-11:37 1-2km
Table of ceasefire violations as of 6 March
Table of ceasefire violations as of 6 March 2017 1 SMM position Horlivka ( DPR -controlled, 39km of Donetsk) Svitlodarsk 57km Debaltseve ( DPR - controlled, 58km Donetsk city centre ( DPR -controlled)
Table of ceasefire violations as of 26 March
Table of ceasefire violations as of 26 March 2018 1 MM position Distance Direction Means No. Observation Description eapon Date Time MM camera at Donetsk Filtration tation (15km N of MM camera 1km of hyrokyne
Table of ceasefire violations as of 24 October
Table of ceasefire violations as of 24 October 2017 1 SMM position SW edge of Avdiivka 17km N Oktiabr mine (9km NW of Donetsk city centre) 3km SSE of Lozove 52km NE 0.8km S of Novohryhorivka ( DPR -controlled,
Table of ceasefire violations as of 8 December
SMM position SMM camera in Avdiivka 17km N of Donetsk) Location of event 4-6km ESE Table of ceasefire violations as of 8 December 2016 1 Observation Type of weapon/ammunitio n Date/time Recorded 10 tracers
Table of ceasefire violations as of 17 November
Table of ceasefire violations as of 17 November 2016 1 SMM position Svitlodarsk 57km NE Horlivka ( DPR - controlled, 39km NE of Donetsk city centre) Mariupol 102km S Park Inn Hotel Donetsk city centre)
Table of ceasefire violations for 12 August
Table of ceasefire violations for 12 August 2016 1 SMM position Mariupol city centre 102km S of SMM camera in Shyrokyne (20km E of Svitlodarsk (governmentcontrolled, 57km NE of Park Inn Hotel ( DPR -controlled,
Weather Station: WH_500_Series. Battery Voltage
Battery Voltage 12.800 12.795 12.790 Voltage 12.785 12.780 12.775 12.770 Apr 2015 8 Wed 15 Wed 22 Wed 1 Fri Time Page 1 Date Batt Volt Min 4/1/2015 12.77 4/2/2015 12.78 4/3/2015 12.80 4/4/2015 12.79 4/5/2015
LOCAL CLIMATOLOGICAL DATA Monthly Summary November 2006
Deg. Days Precip Ty Precip Wind Sun Hu- Adj. to Sea Level mid- ity Avg Res Res Peak Minute 1 fog 2 hvy fog 3 thunder 4 ice plt 5 hail 6 glaze 7 duststm 8 smk, hz 9 blw snw 1 2 3 4A 4B 5 6 7 8 9 12 14 15
LOCAL CLIMATOLOGICAL DATA Monthly Summary July 2013
Deg. Days Precip Ty Precip Wind Solar Hu- Adj. to Sea Level mid- ity Avg Res Res Peak Minute 1 fog 2 hvy fog 3 thunder 4 ice plt 5 hail 6 glaze 7 duststm 8 smk, hz 9 blw snw 1 2 3 4A 4B 5 6 7 8 9 12 14
LOCAL CLIMATOLOGICAL DATA Monthly Summary September 2016
Deg. Days Precip Ty Precip Wind Solar Hu- Adj. to Sea Level mid- ity Avg Res Res Peak 2 Minute 1 fog 2 hvy fog 3 thunder 4 ice plt 5 hail 6 glaze 7 duststm 8 smk, hz 9 blw snw 1 2 3 4A 4B 5 6 7 8 9 11
APPENDIX G-7 METEROLOGICAL DATA
APPENDIX G-7 METEROLOGICAL DATA METEOROLOGICAL DATA FOR AIR AND NOISE SAMPLING DAYS AT MMR Monthly Normals and Extremes for Honolulu International Airport Table G7-1 MMR RAWS Station Hourly Data Tables
The Climate of Bryan County
The Climate of Bryan County Bryan County is part of the Crosstimbers throughout most of the county. The extreme eastern portions of Bryan County are part of the Cypress Swamp and Forest. Average annual
The Climate of Payne County
The Climate of Payne County Payne County is part of the Central Great Plains in the west, encompassing some of the best agricultural land in Oklahoma. Payne County is also part of the Crosstimbers in the
Format of CLIGEN weather station statistics input files. for CLIGEN versions as of 6/2001 (D.C. Flanagan).
Format of CLIGEN weather station statistics input files for CLIGEN versions 4.1-5.1 as of 6/2001 (D.C. Flanagan). updated 12/11/2008 - Jim Frankenberger These files are also known as CLIGEN state files
The Climate of Texas County
The Climate of Texas County Texas County is part of the Western High Plains in the north and west and the Southwestern Tablelands in the east. The Western High Plains are characterized by abundant cropland
The Climate of Marshall County
The Climate of Marshall County Marshall County is part of the Crosstimbers. This region is a transition region from the Central Great Plains to the more irregular terrain of southeastern Oklahoma. Average
The Climate of Haskell County
The Climate of Haskell County Haskell County is part of the Hardwood Forest. The Hardwood Forest is characterized by its irregular landscape and the largest lake in Oklahoma, Lake Eufaula. Average annual
The Climate of Pontotoc County
The Climate of Pontotoc County Pontotoc County is part of the Crosstimbers. This region is a transition region from the Central Great Plains to the more irregular terrain of southeast Oklahoma. Average
The Climate of Kiowa County
The Climate of Kiowa County Kiowa County is part of the Central Great Plains, encompassing some of the best agricultural land in Oklahoma. Average annual precipitation ranges from about 24 inches in northwestern
The Climate of Seminole County
The Climate of Seminole County Seminole County is part of the Crosstimbers. This region is a transition region from the Central Great Plains to the more irregular terrain of southeastern Oklahoma. Average
The Climate of Murray County
The Climate of Murray County Murray County is part of the Crosstimbers. This region is a transition between prairies and the mountains of southeastern Oklahoma. Average annual precipitation ranges from
SHADOW - Main Result. windpro CUMULTATIEVE EFFECTEN SLAGSCHADUW HERENTALS. EDF Luminus Markiesstraat Brussel
SHADOW - Main Result Assumptions for shadow calculations Maximum distance for influence Calculate only when more than 20 % of sun is covered by the blade Please look in WTG table Minimum sun height over
The Climate of Grady County
The Climate of Grady County Grady County is part of the Central Great Plains, encompassing some of the best agricultural land in Oklahoma. Average annual precipitation ranges from about 33 inches in northern
3.2 Wind direction / wind velocity
3.2 Wind direction / wind velocity The direction from which air moves to is called the wind direction, and the distance air moves per unit time is the wind velocity. Wind has to be measured not only as
obtuse triangle close N with the nearest star 1.8' NW.
Abell 262 - Observing Notes I observed the cluster on eight occasions and identified a total of 47 cluster members down to photographic magnitude 15.7, the majority of which are so-called anonymous galaxies
Research on Application of BP Artificial Neural Network in Prediction of the concentration of PM2.5 in Beijing
4th International Conference on Sensors, Measurement and Intelligent Materials (ICSMIM 2015) Research on Application of BP Artificial Neural Network in Prediction of the concentration of PM2.5 in Beijing
Greater Toronto Area/ Clean Air Council. Air Quality Modeling Pilot Project
Greater Toronto Area/ Clean Air Council Air Quality Modeling Pilot Project Liveable Peel Conference February 10th, 2006 Anthony Ciccone, Ph.D., P.Eng. Principal Golder Associates Limited 2390 Argentia
Northavimet. User Guide. New LLF
Northavimet User Guide New LLF 1 Table of Contents New LLF - Denmark and Sweden... 3 Low Level Forecast - "LLF"... 4 LLF Denmark/Sweden... 4 Purpose... 4 Areas... 4 Naming example... 6 Forecast parameters...
The Pontchartrain Maurepas Surge Consortium (LPMSC) Lake Sloshing Effect Preliminary Findings
The Pontchartrain Maurepas Surge Consortium (LPMSC) Lake Sloshing Effect Preliminary Findings Lake Pontchartrain Basin Foundation John A. Lopez, Ph.D. with contributions from Dr. Joe Suhayda, Dr. Hal Needham,
SASKATOON STATION
Day Max Max 1981-1 Temperature Degree-days Precipitation Min Min 1981-1 Mean Mean 1981-1 Growing Heating Cooling Weighing Gauge base 18 base 18 base Comments Preliminary DECEMBER 17 Snow-on- Ground 9h
May 2017 Weather Summary P a g e 1 Alexander, P.J. & Power, S.
May 2017 Weather Summary P a g e 1 May 2017 Beaufort Weather Station Summary Logistics May was the first full month of operation of the MaREI weather observing system (WOS) located on the grounds of the
MACIS documentation. a. Temporal resolution: For each month and the hole year
MACIS documentation Wind: 1. Relative frequency of mean wind speed b. Treshold values: mean wind speed greater, greater equal, less, less equal 3, 5, 10, 12, 15 20, 22, 25 kt 2. Relative frequency of gusts
windpro Palovaara_Ahkiovaara WTG Shadow receptor-input
DE-28217 Breen +49 7142 7781 6.4.216 9:57/3..651 Calculation: WE7, 17x V136 162 hub height, RC Assuptions for shadow calculations Maxiu distance for influence Calculate only when ore than 2 % of sun is
frequency R 2 =0.99 y=1.01x modelled O 4 Correspondence to: Yang Wang y=1.02x-1.44
measured O 4 dscd [10 43 molecules 2 cm -5 ] measured NO 2 dscd [10 15 molecules cm -2 ] frequency Supplement for Vertical profiles of NO 2, SO 2, HONO, HCHO, CHOCHO, and aerosols derived from MAX-DOAS
SOFTWARE USER MANUAL. Weather Capture Advance WS1640 WM9280
SOFTWARE USER MANUAL Weather Capture Advance WS1640 WM9280 1 TABLE OF CONTENTS 1. Introduction 3 1.1 System requirements 1.2 Connection of the weather station 1.3 Installation of the Weather Capture Advance
UKRAINE CITIES IN EUROPE AND CENTRAL ASIA METHODOLOGY. Public Disclosure Authorized. Public Disclosure Authorized. Public Disclosure Authorized
Public Disclosure Authorized Public Disclosure Authorized Public Disclosure Authorized Public Disclosure Authorized CITIES IN EUROPE AND CENTRAL ASIA UKRAINE METHODOLOGY This Country Snapshot was produced
Geographer s Toolkit. Geography of Canada
Geographer s Toolkit Geography of Canada www.craigmarlatt.com/school Geographer s Toolkit 1. Parts of a Map Map Symbols Mapping Your Location 2. Types of Maps 3. Political Map of Canada 4. Drainage Map
The Status of Meteorological Observation in the Asian Countries
The Status of Meteorological Observation in the Asian Countries 19 February 2013 Kunio AKATSU JICA Advisor, JICA H/Q (Meteorology) Self-Introduction Countries visited or stayed as ODA Projects, mainly
APPENDIX 3.6-A Support Information for Newcastle, Wyoming Meteorological Monitoring Site
APPENDIX 3.6-A Support Information for Newcastle, Wyoming Meteorological Monitoring Site September 2012 3.6-A-i Appendix 3.6-A This page intentionally left blank September 2012 Appendix 3.6-A APPENDIX
Map reading notes. It is a very useful kind of map that shows the topography of an area, i.e whether it is flat, undulating, rugged or mountainous
Introduction Map reading notes In the course of 2 or 3 years course, Candidates will be exposed to topographical maps from tropical countries such as Mauritius, Tanzania, Zimbabwe and Jamaica. Many of
SASKATOON STATION
Day Max Max 191-1 Temperature Degree-days Precipitation Min Min 191-1 Mean Mean 191-1 Growing Heating Cooling 1 1 Geonor Weighing Gauge Notes Preliminary OCTOBER 17 Snow-on- Ground 9h Max ½ hr Min ½ hr
WIND DATA REPORT. Vinalhaven
WIND DATA REPORT Vinalhaven April 1, 2004 June 30, 2004 Prepared for Fox Islands Electric Cooperative By Melissa L. Ray Anthony L. Rogers April 4, 2005 Renewable Energy Research Laboratory 160 Governors
Natural Event Documentation
ADDENDUM Natural Event Documentation Corcoran, Oildale and Bakersfield, California September 22, 2006 San Joaquin Valley Unified Air Pollution Control District May 23, 2007 Natural Event Documentation
Northwest FCS - Non-Producing Property Report Create Date: 10/30/2018
Page 1 of 15 County: ADA 1 10 002N 001E NW4SW4 13 10016 MINERAL 40.00 0.5000000 20.00 2 10 002N 001E NW4 14 10017 MINERAL 160.00 0.5000000 80.00 3 09 003N 001E PART OF THE S2: LYING N OF THE RR R/W 18
SAMPLE. SITE SPECIFIC WEATHER ANALYSIS Wind Report. Robinson, Smith & Walsh. John Smith REFERENCE:
SAMPLE SITE SPECIFIC WEATHER ANALYSIS Wind Report PREPARED FOR: Robinson, Smith & Walsh John Smith REFERENCE: JACK HIGGINS / 4151559-01 CompuWeather Sample Report Please note that this report contains
WIND DATA REPORT. Vinalhaven
WIND DATA REPORT Vinalhaven July 1, 2004 September 30, 2004 Prepared for Fox Islands Electric Cooperative By Melissa L. Ray Anthony L. Rogers April 4, 2005 Renewable Energy Research Laboratory 160 Governors
Implementation of SWAN model with COSMO-CLM and WRF-ARW wind forcing for the Barents Sea storm events (case study).
IGU Regional Conference Moscow 2015 Implementation of SWAN model with COSMO-CLM and WRF-ARW wind forcing for the Barents Sea storm events (case study). Stanislav Myslenkov 1, Vladimir Platonov 2 and Pavel
CAMARGO RANCH, llc. CRAIG BUFORD BufordResources.com
CAMARGO RANCH, llc 2897 +/- acre Wheat & Cattle Farm Mangum, greer county, oklahoma CRAIG BUFORD 405-833-9499 BufordResources.com 4101 Perimeter Center Dr., Suite 107 Oklahoma City, OK 73112 405.833.9499
Determining correction factors for seasonal and regional variability in
Determining correction factors for seasonal and regional variability in the tracer ratio method: The seasonal variability in the ΔCFC-12:ΔCO and ΔCFC-11:ΔCO enhancement ratios, observed during a three
Analysis on Factors of Summer Temperature Distribution in the Basin City
Analysis on Factors of Summer Temperature Distribution in the Basin City SHOHEI NOGUCHI 1, TAKAHIRO TANAKA 2, SATORU SADOHARA 3 1 Graduate School of Engineering, Hiroshima University, Higashihiroshima,
WIND DATA REPORT DARTMOUTH, MA
WIND DATA REPORT DARTMOUTH, MA December 1 st 2005 to February 28 th 2006. Prepared for Massachusetts Technology Collaborative 75 North Drive Westborough, MA 01581 By Matthew Lackner James F. Manwell Anthony
CASCO BAY ESTUARY PARTNERSHIP. R. Michael Doan FRIENDS OF CASCO BAY. May 2007
Final Report 26 Dissolved Oxygen Monitoring Project Prepared for the CASCO BAY ESTUARY PARTNERSHIP By R. Michael Doan FRIENDS OF CASCO BAY May 27 Introduction Quahog Bay has experienced reduced water quality,
5.0 WHAT IS THE FUTURE ( ) WEATHER EXPECTED TO BE?
5.0 WHAT IS THE FUTURE (2040-2049) WEATHER EXPECTED TO BE? This chapter presents some illustrative results for one station, Pearson Airport, extracted from the hour-by-hour simulations of the future period
Field Experiment on the Effects of a Nearby Asphalt Road on Temperature Measurement
8.3 Field Experiment on the Effects of a Nearby Asphalt Road on Temperature Measurement T. Hamagami a *, M. Kumamoto a, T. Sakai a, H. Kawamura a, S. Kawano a, T. Aoyagi b, M. Otsuka c, and T. Aoshima
WEATHER SYSTEMS IMPACTING THE CAYMAN ISLANDS Prepared by the staff of the Cayman Islands National Weather Service
WEATHER SYSTEMS IMPACTING THE CAYMAN ISLANDS 2008 Prepared by the staff of the Cayman Islands National Weather Service TROPICAL STORM DOLLY Formed 194 miles west of Grand Cayman July 19 th. The tropical
Database of the Ukrainian TMFs
Improving the safety of industrial management facilities based on the example of Ukrainian facilities Annex 3. Database of the Ukrainian s Table A 3.1: Database of the Ukrainian s of 1 Ash dump Ladyzhyn
SAMPLE. SITE SPECIFIC WEATHER ANALYSIS Wind Report. Robinson, Smith & Walsh. John Smith. July 1, 2017 REFERENCE: 1 Maple Street, Houston, TX 77034
SAMPLE SITE SPECIFIC WEATHER ANALYSIS Wind Report PREPARED FOR: Robinson, Smith & Walsh John Smith July 1, 2017 REFERENCE: JACK HIGGINS / 4151559-01 1 Maple Street, Houston, TX 77034 CompuWeather Sample
WIND DATA REPORT. Dartmouth, MA
WIND DATA REPORT Dartmouth, MA March 26 th 2005 to July 31 st 2006 Prepared for Massachusetts Technology Collaborative 75 North Drive Westborough, MA 01581 Massachusetts Division of Energy Resources by
Advising Growers on Conditions for Sugarcane Burning in Cauca Valley (Colombia) Using Data Obtained From an Automated Weather Network
Advising Growers on Conditions for Sugarcane Burning in Cauca Valley (Colombia) Using Data Obtained From an Automated Weather Network Enrique Cortés-Betancourt Area of Meteorology CENICAÑA Cali, Colombia
Power output: 6 750kW=4500kW Location: Top of Taikoyama, Kyoto prefecture, Japan. Terrain condition: Complex mountainous area
Introduction Power output: 6 75kW=45kW Location: Top of Taikoyama, Kyoto prefecture, Japan 1 2 3 4 5 6 5m 45.94m Fracture section Terrain condition: Complex mountainous area m History: Nov, 21: Power generation
USS De Haven (DD-727)
From 5 May 1958 to 15 August 1958 De Haven participated in Operation Hardtack, the nuclear detonation testing in the Pacific. Below is the official account of that operation pertaining to the De Haven.
A Cyclogenesis south of the Alps. Manfred Kurz Neustadt/Weinstraße
A Cyclogenesis south of the Alps Manfred Kurz Neustadt/Weinstraße A cyclogenesis south of the Alps Surface maps 06-11-99, 00 UTC The occluded frontal system of a quasi-stationary low above the North Sea
Structural approach combining ALOS PALSAR linear feature extraction with field structural and geophysical investigations
Structural approach combining ALOS PALSAR linear feature extraction with field structural and geophysical investigations 1 Veronika Kopačková, 1 Jan Franěk, 1 Kryštof Verner, 1 Karel Martínek, 2 Michal
Structural Controls on the Chemistry and Output of the Wells in the Olkaria Geothermal Field, Kenya
Proceedings 5 th African Rift geothermal Conference Arusha, Tanzania, 29-31 October 2014 Structural Controls on the Chemistry and Output of the Wells in the Olkaria Geothermal Field, Kenya (Wamalwa, R.N.)
Newsletter December 2009
Newsletter December 2009 Welcome! This is the first monthly newsletter for CoCoRaHS observers in Mississippi. Each monthly newsletter will typically feature state network updates, weather summaries over
3 a b c km m m 8 a 3.4 m b 2.4 m
Chaptr Exris A a 9. m. m. m 9. km. mm. m Purpl lag hapr y 8p 8m. km. m Th triangl on th right 8. m 9 a. m. m. m Exris B a m. m mm. km. mm m a. 9 8...8 m. m 8. 9 m Ativity p. 9 Pupil s own answrs Ara =
V. Danylevsky Astronomical observatory of National Taras Shevchenko university. Kyiv, Ukraine.
V. Danylevsky Astronomical observatory of National Taras Shevchenko university Kyiv, Ukraine vdanylevsky@gmail.com Astronomy and space physics in Kyiv university conference May 24 27, 2016 Kyiv, Ukraine
Title: Responses of the Stratified Flows to their Driving Conditions-A Field Study
Elsevier Editorial System(tm) for Ocean Engineering Manuscript Draft Manuscript Number: OE-D-06-00052R4 Title: Responses of the Stratified Flows to their Driving Conditions-A Field Study Article Type:
Daily Operations Briefing Wednesday, October 16, :30 a.m. EDT
Daily Operations Briefing Wednesday, October 16, 2013 8:30 a.m. EDT 1 Significant Activity: Oct 15 16 Significant Events: None Tropical Activity: Atlantic Area 1 (10%) Eastern Pacific Tropical Depression
OXFORD HEIGHTS SUBDIVISION EMERGENCY EVACUATION PLAN
OXFORD HEIGHTS SUBDIVISION EMERGENCY EVACUATION PLAN March 27, 2007 Oxford Heights Overview and Historical Conditions Oxford Heights is a medium sized community located on the southern side of Elizabeth
Dynamic Initiator Experiments using X-Ray Phase Contrast Imaging at the Advanced Photon Source
LA-UR-16-22990 Dynamic Initiator Experiments using X-Ray Phase Contrast Imaging at the Advanced Photon Source Sanchez Nathaniel J 1, Jensen Brian J 1, Ramos Kyle J 1, Iverson Adam 2 J, Martinez Michael
CRATER ANALYSIS AND REPORTING
APPENDIX B CRATER ANALYSIS AND REPORTING Although greater reliance should be placed on reports from trained teams, all personnel should know how to analyze craters and make the proper report. Since crater
WIND DATA REPORT. Rockport School Complex Rockport, Massachusetts
WIND DATA REPORT Rockport School Complex Rockport, Massachusetts June 1, 2007 August 31, 2007 Prepared for Massachusetts Technology Collaborative 75 North Drive Westborough, MA 01581 by William L. W. Henson
NEW METHOD FOR ESTIMATING DIRECTIONAL EXTREME WIND SPEED BY CONSIDERING THE CORRELATION AMONG EXTREME WIND SPEED IN DIFFERENT DIRECTIONS
The Eighth Asia-Pacific Conference on Wind Engineering, December 0 4, 203, Chennai, India NEW ETHOD FO ESTIATING DIECTIONAL EXTEE WIND SPEED BY CONSIDEING THE COELATION AONG EXTEE WIND SPEED IN DIFFEENT
Wednesday, June 13, :30 a.m. EDT
Wednesday, June 13, 2018 8:30 a.m. EDT Significant Activity June 12-13 Significant Events: None Tropical Activity: Atlantic Disturbance 1: Low (20%) Eastern Pacific Tropical Storm Bud; Disturbance 1: Low
Demonstration of the new InterMet radiosondes system installed at the Tanzania Meterological Agency, Dar-es-Salaam
Demonstration of the new InterMet radiosondes system installed at the Tanzania Meterological Agency, Dar-es-Salaam J. Nash, R. Smout, M. Smees Met Office, Exeter,UK C. Bower NOAA-NWS, Silver Spring, Md,
Colorado CoCoRaHS. Colorado CoCoRaHS. December 2013 Volume 1, Issue 8 NOVEMBER PRECIPITATION NOVEMBER TEMPERATURES
NOVEMBER PRECIPITATION The month of November brought a flip-flop in precipitation patterns to some areas compared to the previous month, especially for locations in the foothills north of I-70 and in south-central
Case Study Las Vegas, Nevada By: Susan Farkas Chika Nakazawa Simona Tamutyte Zhi-ya Wu AAE/AAL 330 Design with Climate
Case Study Las Vegas, Nevada By: Susan Farkas Chika Nakazawa Simona Tamutyte Zhi-ya Wu AAE/AAL 330 Design with Climate Professor Alfredo Fernandez-Gonzalez School of Architecture University of Nevada,
TABLE A1. K Ar AGES AND ANALYTICAL DATA FOR WHOLE-ROCK SAMPLES FROM THE CRATER LAKE REGION Sample Map Grid SiO 2 K 2 O
TABLE A1. K Ar AGES AND ANALYTICAL DATA FOR WHOLE-ROCK SAMPLES FROM THE CRATER LAKE REGION Sample Map Grid SiO 2 K 2 O 40 Ar rad Age number label E/N (wt. %) (wt. %) (10-13 mol/g) (%) (ka) Regional volcanism
BIOMETEOROLOGICAL BASIS FOR TOURISM.
Developments in Tourism Climatology A. Matzarakis, C. R. de Freitas, D. Scott, 7 BOMETEOROLOGCAL BASS FOR TOURSM Ksenija Zaninović 1 and Andreas Matzarakis 1 Meteorological and Hydrological Service of
Site Specific Conditional Sampler Garfield County, Colorado. VOC Data Summaries. Prepared for
Site Specific Conditional Sampler Garfield County, Colorado VOC Data Summaries Prepared for Garfield County Public Health 195 West 14 th Street Rifle, Colorado 81650 Prepared by 1901 Sharp Point Dr., Suite
Chapter 3. Materials and Methods
Chapter 3 Materials and Methods CHAPTER3 MATERIALS AND METHODS The present study aims to identify the role of climatic factors in the dispersal of air pollutants released into the atmosphere at some important
Estimation of the Production Potential of Ukraine's Regions using Kohonen Neural Network
Estimation of the Production Potential of Ukraine's Regions using Kohonen Neural Network Olena Liashenko 1, Tetyana Kravets 1, Tetiana Verhai 1 1 Taras Shevchenko National University of Kyiv lyashenko@univ.kiev.ua,
Final WIND DATA REPORT. Narragansett School District Templeton, Massachusetts
Final WIND DATA REPORT Narragansett School District Templeton, Massachusetts January 19, 2006 June 29, 2007 Prepared for Massachusetts Technology Collaborative 75 North Drive Westborough, MA 01581 by William
Yucca Mountain climate: Past, present, and future
Publications (YM) Yucca Mountain 2007 Yucca Mountain climate: Past, present, and future Saxon E. Sharpe Desert Research Institute, saxon.sharpe@dri.edu Follow this and additional works at: https://digitalscholarship.unlv.edu/yucca_mtn_pubs
Newborough Phase 2 Site: Zone 1 West Dune Rejuvenation Works Topographic Survey Report
Newborough Phase 2 Site: Zone 1 West Dune Rejuvenation Works Topographic Survey Report Kenneth Pye & Simon J. Blott Kenneth Pye Associates Ltd Report No: 103 Date: March 2015 About Natural Resources Wales
KANSAS CLIMATE SUMMARY March 2018
KANSAS CLIMATE SUMMARY March 2018 Another Dry Month The Southwest Division again missed out on most of the precipitation during March. State-wide the average precipitation was 0.97 inches or 41 percent