FOLLOW-UP RANKING
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FOLLOW-UP RANKING FOR PRESENT YEAR
Last Update: 2024-09-07 14:56 UTC
Follow-up Ranking for present year 2024
Download ranking data (CSV file)
Rank
|
Obs. code
|
Observatory name (link to Delta-PL assignment)
|
Cum. PL value
|
Overall Follow-up Ranking
1 |
F52 |
Pan-STARRS 2, Haleakala |
1552.203 |
2 |
I52 |
Steward Observatory, Mt. Lemmon Station |
1448.984 |
3 |
F51 |
Pan-STARRS 1, Haleakala |
1069.741 |
4 |
G96 |
Mt. Lemmon Survey |
975.134 |
5 |
Z84 |
Calar Alto-Schmidt |
517.840 |
6 |
V06 |
Catalina Sky Survey-Kuiper |
505.982 |
7 |
033 |
Karl Schwarzschild Observatory, Tautenburg |
347.171 |
8 |
T14 |
Canada-France-Hawaii Telescope, Maunakea |
329.669 |
9 |
291 |
LPL/Spacewatch II |
316.683 |
10 |
T12 |
University of Hawaii 88-inch telescope, Maunakea |
310.833 |
11 |
J95 |
Great Shefford |
248.071 |
12 |
474 |
Mount John Observatory, Lake Tekapo |
246.182 |
13 |
807 |
Cerro Tololo Observatory, La Serena |
210.941 |
14 |
H21 |
Astronomical Research Observatory, Westfield |
143.006 |
15 |
691 |
Steward Observatory, Kitt Peak-Spacewatch |
137.409 |
16 |
H01 |
Magdalena Ridge Observatory, Socorro |
132.224 |
17 |
J04 |
ESA Optical Ground Station, Tenerife |
120.812 |
18 |
T08 |
ATLAS-MLO, Mauna Loa |
115.887 |
19 |
695 |
Kitt Peak |
112.156 |
20 |
T05 |
ATLAS-HKO, Haleakala |
107.292 |
21 |
H36 |
Sandlot Observatory, Scranton |
103.298 |
22 |
L87 |
Moonbase South Observatory, Hakos |
91.717 |
23 |
I93 |
St Pardon de Conques |
82.871 |
24 |
W84 |
Cerro Tololo-DECam |
79.529 |
25 |
V00 |
Kitt Peak-Bok |
79.099 |
26 |
O18 |
WFST, Lenghu |
73.629 |
27 |
703 |
Catalina Sky Survey |
73.346 |
28 |
Y05 |
SONEAR Wykrota-CEAMIG, Serra da Piedade |
65.423 |
29 |
204 |
Schiaparelli Observatory |
61.344 |
30 |
C51 |
WISE |
52.435 |
31 |
L34 |
Galhassin Robotic Telescope, Isnello |
51.634 |
32 |
W16 |
Pleasant Groves Observatory |
50.167 |
33 |
X09 |
Deep Random Survey, Rio Hurtado |
49.423 |
34 |
734 |
Farpoint Observatory, Eskridge |
47.617 |
35 |
K74 |
Muensterschwarzach Observatory, Schwarzach |
44.922 |
36 |
W68 |
ATLAS Chile, Rio Hurtado |
44.750 |
37 |
U52 |
Shasta Valley Observatory, Grenada |
43.442 |
38 |
247 |
Roving Observer |
40.279 |
39 |
L01 |
Visnjan Observatory, Tican |
39.853 |
40 |
W94 |
MAP, San Pedro de Atacama |
39.080 |
41 |
M45 |
Starhopper Observatory, Sfantu Gheorghe |
38.782 |
42 |
309 |
Cerro Paranal |
31.579 |
43 |
O46 |
Daocheng Glacier Observatory |
30.921 |
44 |
958 |
Observatoire de Dax |
30.395 |
45 |
C40 |
Kuban State University Astrophysical Observatory |
29.268 |
46 |
M49 |
IAS Remote Observatory, Hakos |
24.626 |
47 |
C95 |
SATINO Remote Observatory, Haute Provence |
22.761 |
48 |
M22 |
ATLAS South Africa, Sutherland |
20.233 |
49 |
W95 |
Observatorio Panameno, San Pedro de Atacama |
18.001 |
50 |
595 |
Farra d'Isonzo |
17.356 |
|
| |
|
| |
Rank
|
Obs. code
|
Observatory name (link to Delta-PL assignment)
|
Cum. PL value
|
All others Follow-up Ranking
1 |
I52 |
Steward Observatory, Mt. Lemmon Station |
1448.984 |
2 |
Z84 |
Calar Alto-Schmidt |
517.840 |
3 |
V06 |
Catalina Sky Survey-Kuiper |
505.982 |
4 |
033 |
Karl Schwarzschild Observatory, Tautenburg |
347.171 |
5 |
T14 |
Canada-France-Hawaii Telescope, Maunakea |
329.669 |
6 |
291 |
LPL/Spacewatch II |
316.683 |
7 |
T12 |
University of Hawaii 88-inch telescope, Maunakea |
310.833 |
8 |
J95 |
Great Shefford |
248.071 |
9 |
474 |
Mount John Observatory, Lake Tekapo |
246.182 |
10 |
807 |
Cerro Tololo Observatory, La Serena |
210.941 |
11 |
H21 |
Astronomical Research Observatory, Westfield |
143.006 |
12 |
691 |
Steward Observatory, Kitt Peak-Spacewatch |
137.409 |
13 |
H01 |
Magdalena Ridge Observatory, Socorro |
132.224 |
14 |
J04 |
ESA Optical Ground Station, Tenerife |
120.812 |
15 |
695 |
Kitt Peak |
112.156 |
16 |
H36 |
Sandlot Observatory, Scranton |
103.298 |
17 |
L87 |
Moonbase South Observatory, Hakos |
91.717 |
18 |
I93 |
St Pardon de Conques |
82.871 |
19 |
W84 |
Cerro Tololo-DECam |
79.529 |
20 |
O18 |
WFST, Lenghu |
73.629 |
21 |
Y05 |
SONEAR Wykrota-CEAMIG, Serra da Piedade |
65.423 |
22 |
204 |
Schiaparelli Observatory |
61.344 |
23 |
L34 |
Galhassin Robotic Telescope, Isnello |
51.634 |
24 |
W16 |
Pleasant Groves Observatory |
50.167 |
25 |
X09 |
Deep Random Survey, Rio Hurtado |
49.423 |
26 |
734 |
Farpoint Observatory, Eskridge |
47.617 |
27 |
K74 |
Muensterschwarzach Observatory, Schwarzach |
44.922 |
28 |
U52 |
Shasta Valley Observatory, Grenada |
43.442 |
29 |
247 |
Roving Observer |
40.279 |
30 |
L01 |
Visnjan Observatory, Tican |
39.853 |
31 |
M45 |
Starhopper Observatory, Sfantu Gheorghe |
38.782 |
32 |
309 |
Cerro Paranal |
31.579 |
33 |
O46 |
Daocheng Glacier Observatory |
30.921 |
34 |
958 |
Observatoire de Dax |
30.395 |
35 |
C40 |
Kuban State University Astrophysical Observatory |
29.268 |
36 |
M49 |
IAS Remote Observatory, Hakos |
24.626 |
37 |
C95 |
SATINO Remote Observatory, Haute Provence |
22.761 |
38 |
W95 |
Observatorio Panameno, San Pedro de Atacama |
18.001 |
39 |
595 |
Farra d'Isonzo |
17.356 |
40 |
104 |
San Marcello Pistoiese |
15.748 |
41 |
Z80 |
Northolt Branch Observatory |
15.594 |
42 |
G37 |
Lowell Discovery Telescope |
14.601 |
43 |
290 |
Mt. Graham-VATT |
14.395 |
44 |
N89 |
Xingming Observatory #2, Nanshan |
14.055 |
45 |
B88 |
Bigmuskie Observatory, Mombercelli |
13.133 |
46 |
Q06 |
Tarui Observatory, Tarui |
12.839 |
47 |
900 |
Moriyama |
12.767 |
48 |
L04 |
ROASTERR-1 Observatory, Cluj-Napoca |
12.471 |
49 |
932 |
John J. McCarthy Obs., New Milford |
12.289 |
50 |
K83 |
Beppe Forti Astronomical Observatory, Montelupo |
12.128 |
|
Download .csv file with all the observations
Previous years Follow-up Ranking:
Follow-up Ranking for 2021
Follow-up Ranking for 2022
Follow-up Ranking for 2023
Follow-up Ranking for 2024
Computation method
The purpose of the present ranking is to provide a metrics to measure the performance and the contribution to the follow-up activity of several professional and amateurs telescopes. The page shows three tables: one is including all telescopes, one is including only big surveys telescopes, and one all but not big surveys telescopes.
The ranking is computed considering the priority value algorithm used to compute the Priority List. The approach is to compute the priority value (PV1) at the time of the first observation of the new dataset, without including in the orbit determination process the new set. Then, the priority value (PV2) is computed at the same time but including in the orbit determnation process also the new set. The Delta-PL value is computed as PV1 - PV2. The major contribution on the priority value improvement is obviously given by the uncertainty parameter shrinking, while the other observational parameters, which play a role in the priority list algorithm, such as visual magnitude, solar and lunar elongations and visibility windows,and so on, are pretty much the same or vary very little.
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This service has been developed for the NEOROCKS (NEO Rapid Observation, Characterization And Key Simulation) Project, which has received funding from the European's Horizon 2020 research and innovation programme under grant agreement No 870403. |