Systems Engineering Supervisor Amy Lendian

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Friday, 09 June 2023

"So here I am, a transgender woman, an engineer, working at Kennedy Space Center, and I get to work around these really smart, wonderful people, supporting the Artemis mission, sitting in the control room during the launch." — Amy Lendian, Systems Engineering Supervisor, Amentum Spaceport, NASA's Kennedy Space Center

Planetary Positions

01.08.2025 at 05:56:12 UTC

Planet	Longitude
The Sun	09 Leo 15' 33"
The Moon	06 Sco 11' 34"
Mercury	08 Leo 49' 03" R
Venus	01 Can 15' 10"
Mars	26 Vir 27' 11"
Jupiter	11 Can 45' 56"
Saturn	01 Ari 37' 52" R
Uranus	00 Gem 55' 43"
Neptune	01 Ari 58' 46" R
Pluto	02 Aqu 25' 33" R

Solar Status

BZ Status:	-4
Proton Density:	4.06
Proton Speed:	469.9 k/sec
KP Status:	2.67

Type	Aug 1	Aug 2	Aug 3
Active	25%	20%	15%
Minor	5%	5%	1%
Moderate	1%	1%	1%
Strong	1%	1%	1%
Kp Index Prediction
00-03UT	2.33	1.67	1.67
03-06UT	2.67	3.00	1.33
06-09UT	2.33	2.67	1.33
09-12UT	2.00	2.33	1.33
12-15UT	2.00	2.00	1.33
15-18UT	1.67	1.33	1.33
18-21UT	2.00	1.33	1.67
21-00UT	2.33	1.67	1.67
Solar Activity
Solar activity was at low levels with only minor C-class flares observed. Region 4154 (S15W50, Hsx/alpha) produced a C1.4 flare at 31/0242 UTC. Region 4153 (S29W61, Eao/beta) contributed the majority of the flares, including a C1.3 flare at 31/1020 UTC, a C1.5/Sf flare at 31/1453 UTC, and a C1.6 flare at 31/1852 UTC. Both of these regions remained mostly unchanged during the period. Region 4166 (N24W40, Dso/beta) exhibited growth during the period, yet remained mostly inactive. Newly numbered Region 4167 (N10W09, Cai/beta) exhibited growth during the period and produced a C1.9/Sf flare at 31/2159 UTC. The remaining regions were stable or in decay.
Solar Wind
The solar wind parameters were indicative of a near-background regime. Total field hovered near 8 nT with the Bz component fluctuating slightly between +/-6 nT. Solar wind speeds held steady near 430 km/s. Phi angle was predominantly negative.
Energetic Particle
The greater than 2 MeV electron flux reached high levels with a peak flux of 1,104 pfu observed at 31/1355 UTC. The greater than 10 MeV proton flux was steady at background levels throughout the period.

Systems Engineering Supervisor Amy Lendian

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