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  • Wed, 20 Jun 2018 09:39:45 +0000

03NUHDII6LBLRWRSIUOZ0P8MPV875Z4BTNOOOM6U5E89NA2MST - 

Updated: Wed 20 Jun 06:15:08 BST 2018

dashboard

Maj. EQ risk | gsn CME/flow | enl | las Sol-wind kms / mph radiation sunspot: ssm|sm|so meteors
eq / 24-hr x-ray | t | y dscvr Sol-wind temp. radio: FLX | BRS | SWP Electrons>=2MeV asteroids ±30-days
volcanos / 24-hr uk/usa uv mag-field geomag protons>=50MeV hurricane j | n | t
Sun/Moon separation tidal-variation sun-Earth dist/Δ (mi) moon-Earth dist/Δ (mi) total ga (Newtons) ga Δ(Newtons)
moon orbit solar ra solar dec lunar ra Lunar dec eam activity

solar synoptic map

Source: noaa swpc

NOAA SWPC Solar Synoptic Map

current space weather

All data & imagery, unless stated otherwise, from noaa swpc

current spwx summary

solar wind

ACE Solar Wind

electron flux

Electron Flux

magnetopause

Credit: nasa (iswa)

ISWA Stand-off Image

alerts & warnings

Notifications In Effect

daily sga report & forecast

today's events

3-day forecast

preceding 2-days solar movie

Source: nasa (sdo) | HI-RES mp4 direct-download | nasa video reprocessed with ffmpeg

solar image

Credit: nasa (sdo)

SDO 171 latest

magnetogram

Credit: nasa (sdo)

sunspots

Credit: nasa (sdo)

Sunspots

coronal holes

Credit: nasa (iswa)

iswa Coronal Holes

sunspot history

Credit: nasa (Marshall Space Flight Center)

Zurich Sunspot Count

gravitational load

Astro Grav-Load Graph Image

earthquake statistics

Data: emsc-scem

EQ Energy Graph EQ Activity Graph Previous 7-days Energy Release Graph Previous 7-days Earthquake Activity

lunar & solar distance & moon phases

Next Total Lunar Eclipse upcoming on FRI-27-JUL-2018 (20:22:54Z) - visible from S.America, Europe, Africa, Asia, Aus.

Moon phase date dist.(mi)
first quarter 20/10:51 2.35E5↑
full moon 28/04:53 2.52E5↑
apogee 30/02:29 2.52E5→←
last quarter 06/07:51 2.47E5↑
new moon 13/03:48 2.22E5↓
perigee 13/09:00 2.25E5↓

lunar orbit information

2018 Lunar Distance +/- 14-days Lunar Distance

solar orbit information

2018 Solar Distance 2018 Solar GA

nasa periods

See Wikipedia article on provisional designation.

A B C D E F G H J K L M
Jan 1-15 Jan 16-31 Feb 1-15 Feb 16-29 Mar 1-15 Mar 16-31 Apr 1-15 Apr 16-30 May 1-15 May 16-31 Jun 1-15 Jun 16-30
N O P Q R S T U V W X Y
Jul 1-15 Jul 16-31 Aug 1-15 Aug 15-31 Sep 1-15 Sep 16-31 Oct 1-15 Oct 16-31 Nov 1-15 Nov 16-30 Dec 1-15 Dec 16-31

±30-days ≤5ld asteroids

Total: 18 (+1) | Late detections: 11 (61.1%) | Source: nasa / jpl

legend

green background indicates new entry = new discovery / announcement
grey background indicates close-approach already happened
yellow background indicates close-approach ≤1ld (384,000 km = 238,606) mi
red background indicates close-approach <= 100,000 miles from surface
'Late' detection = first observation occurred after, or on same day, as close-approach

main table

asteroid ca date ca dist.(nom). ca dist.(min). v.rel
(km/s)
v.inf
(km/s)
h estimated
diam.
altitude
(miles).
late
detection?
(2018 KF1) 2018-May-21 08:53 ± < 00:01 2.24 | 0.00576 2.24 | 0.00575 8.60 8.54 25.5 21m-46m 531,462  
(2018 KU2) 2018-May-21 11:00 ± < 00:01 3.13 | 0.00804 3.12 | 0.00801 7.46 7.41 26.7 12m-27m 743,402
(2018 KS) 2018-May-22 04:02 ± < 00:01 2.05 | 0.00527 2.05 | 0.00526 7.67 7.60 27.9 7.0m-16m 485,914  
(2018 KT2) 2018-May-23 00:54 ± < 00:01 2.48 | 0.00636 2.47 | 0.00635 8.59 8.54 26.8 11m-26m 587,236
(2018 KW1) 2018-May-23 11:57 ± < 00:01 0.39 | 0.00100 0.39 | 0.00100 7.30 6.92 29.8 3.0m-6.7m 88,993  
(2018 KC4) 2018-May-24 14:57 ± 00:09 2.39 | 0.00614 2.32 | 0.00597 11.37 11.33 26.3 15m-33m 566,786  
(2018 KY2) 2018-May-26 05:25 ± < 00:01 0.78 | 0.00200 0.78 | 0.00200 12.19 12.08 27.1 10.0m-22m 181,949  
(2018 LE1) 2018-May-28 12:53 ± 00:16 1.60 | 0.00410 1.58 | 0.00407 5.90 5.79 27.5 8.3m-19m 377,156
(2018 LL) 2018-May-31 03:01 ± < 00:01 3.93 | 0.01010 3.85 | 0.00989 28.56 28.55 24.7 31m-70m 934,891
(2018 LB) 2018-Jun-01 01:11 ± < 00:01 2.14 | 0.00549 2.13 | 0.00547 7.35 7.28 26.0 17m-38m 506,364
(2018 LU2) 2018-Jun-06 11:40 ± < 00:01 1.54 | 0.00397 1.54 | 0.00396 9.76 9.69 26.5 13m-29m 365,071
(2018 LG4) 2018-Jun-08 21:03 ± 00:01 4.62 | 0.01187 4.60 | 0.01182 8.36 8.33 27.2 9.6m-21m 1,099,422
(2018 LR2) 2018-Jun-09 23:45 ± < 00:01 3.93 | 0.01010 3.92 | 0.01007 9.86 9.83 25.7 20m-44m 934,891  
(2018 LW3) 2018-Jun-11 15:18 ± < 00:01 3.65 | 0.00938 3.58 | 0.00921 9.43 9.40 26.0 17m-38m 867,962
(2018 MJ) 2018-Jun-13 07:51 ± 00:05 4.17 | 0.01070 4.13 | 0.01061 9.35 9.33 25.5 22m-48m 990,664
(2018 LD1) 2018-Jun-14 16:09 ± 00:16 1.57 | 0.00403 1.55 | 0.00398 10.98 10.92 26.4 14m-32m 370,649  
(2018 LV3) 2018-Jun-15 02:30 ± 00:07 0.86 | 0.00220 0.85 | 0.00219 11.13 11.02 26.5 13m-30m 200,540  
(2018 MZ4) 2018-Jun-16 18:55 ± < 00:01 0.54 | 0.00139 0.54 | 0.00139 9.76 9.57 28.8 4.6m-10m 125,245

asteroid detection stats

Source: nasa (cneos)

earth information

Source: nasa/jpl Horizons

PHYSICAL PROPERTIES (revised Sep 18, 2013):
 Mean radius, km          = 6371.01+-0.01   Mass, 10^24 kg = 5.97219+-0.0006
 Equ. radius, km          = 6378.14+-0.01   Mass layers:
 Polar axis, km           = 6356.752          Atmos          = 5.1   x 10^18 kg
 Flattening               = 1/298.257         oceans         = 1.4   x 10^21 kg
 Density, gm cm^-3        = 5.515             crust          = 2.6   x 10^22 kg
 J2  (GEM T2, 1990)       = 0.0010826265      mantle         = 4.043 x 10^24 kg
 gp, m s^-2 (polar)       = 9.8321863685      outer core     = 1.835 x 10^24 kg
 ge, m s^-2 (equatorial)  = 9.7803267715      inner core     = 9.675 x 10^22 kg
 go, m s^-2               = 9.82022         Fluid core rad   = 3480 km
 GM, km^3 s^-2            = 398600.440      Inner core rad   = 1215 km
 Mean rot. rate, rad s^-1 = 7.292115*10^-5  Surface Area:
 Sidereal period, hr      = 23.93419          land           = 1.48 x 10^8 km
 Mean solar day, days     = 1.002738          sea            = 3.62 x 10^8 km
 Moment of inertia        = 0.3308          Love no., k2     = 0.299
 Mean Temperature, K      = 270             Atm. pressure    = 1.0 bar
 Solar constant, W/m^2    = 1367.6          Vis. mag. V(1,0) = -3.86
 Volume, 10^10 km^3       = 108.321         Geometric albedo = 0.367 

DYNAMICAL CHARACTERISTICS:
 Obliquity to orbit, deg  = 23.45           Sidereal period  = 1.0000174  yrs
 Orbit velocity, km s^-1  = 29.7859         Sidereal period  = 365.25636  days
 Mean daily motion, n     = 0.9856474 deg/d Escape velocity  = 11.186 km s^-1
 Hill's sphere radius     = 234.9           Magnetic moment  = 0.61 gauss Rp^3

luna information

Source: nasa/jpl Horizons

Revised: Jul 26, 2016             Moon / (Earth)                            301
 
PHYSICAL PROPERTIES:
 Radius (IAU), km      = 1737.4          Mass, 10^20 kg        =  734.9
 Radius (gravity), km  = 1738.0          Geometric albedo      =    0.12
 Density, gm cm^-3     =    3.3437       GM, km^3/s^2          = 4902.80007
 V(1,0)                =   +0.21         Surface gravity       =    1.62 m s^-2
 Earth/Moon mass ratio = 81.3005691      Farside crust. thick. = ~80 - 90 km   
 Nearside crust. thick.= 58+-8 km        Heat flow, Apollo 17  = 2.2+-.5 mW/m^2
 Heat flow, Apollo 15  = 3.1+-.6 mW/m^2  k2                    = 0.024059
 Mean crustal density  = 2.97+-.07g/cm^3 Magnetometer moment   = 435+-15        
 Induced magnetic mom. = 4.23x10^22Gcm^3 

DYNAMICAL CHARACTERISTICS:
 Mean angular diameter = 31'05.2"        Orbit period          = 27.321582 d
 Obliquity to orbit    = 6.67 deg        Eccentricity          = 0.05490
 Semi-major axis, a    = 384400 km       Inclination           = 5.145 deg
 Mean motion, rad/s    = 2.6616995x10^-6 Nodal period          = 6798.38 d
 Apsidal period        = 3231.50 d       Mom. of inertia C/MR^2= 0.393142
 beta (C-A/B), x10^-4  = 6.310213        gamma (B-A/C), x10^-4 = 2.277317

sol information

Source: nasa/jpl Horizons

Revised : Jul 31, 2013                  Sun                                 10

 PHYSICAL PROPERTIES (revised Jan 16, 2014):
  GM (10^11 km^3/s^2)   = 1.3271244004193938  Mass (10^30 kg)   ~ 1.988544
  Radius (photosphere)  = 6.963(10^5) km  Angular diam at 1 AU  = 1919.3"
  Solar Radius (IAU)    = 6.955(10^5) km  Mean density          = 1.408 g/cm^3
  Surface gravity       =  274.0 m/s^2    Moment of inertia     = 0.059
  Escape velocity       =  617.7 km/s     Adopted sidereal per  = 25.38 d
  Pole (RA,DEC in deg.) =  286.13,63.87   Obliquity to ecliptic = 7 deg 15'        
  Solar constant (1 AU) = 1367.6 W/m^2    Solar lumin.(erg/s)   =  3.846(10^33)
  Mass-energy conv rate = 4.3(10^12 gm/s) Effective temp (K)    =  5778
  Surf. temp (photosphr)= 6600 K (bottom) Surf. temp (photosphr)=  4400 K (top)
  Photospheric depth    = ~400 km         Chromospheric depth   = ~2500 km
  Sunspot cycle         = 11.4 yr         Cycle 22 sunspot min. =  1991 A.D.

  Motn. rel to nrby strs= apex : RA=271 deg; DEC=+30 deg
                          speed: 19.4 km/s = 0.0112 AU/day
  Motn. rel to 2.73K BB = apex : l=264.7+-0.8; b=48.2+-0.5
                          speed: 369 +-11 km/s

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