33 citations as recorded by crossref.

1. Equatorial and Low Latitude Ionospheric Effects During Sudden Stratospheric Warming Events J. Chau et al.
2. Longitudinal and seasonal structure of the ionospheric equatorial electric field P. Alken et al.
3. Higher-order ionospheric error at Arecibo, Millstone, and Jicamarca N. Matteo & Y. Morton
4. Discovery of two distinct types of equatorial 150 km radar echoes J. Chau & E. Kudeki
5. High Altitude Echoes From the Equatorial Topside Ionosphere During Solar Minimum S. Derghazarian et al.
6. Common‐Volume Dual‐Frequency Radar Observations of 150‐km Echoes and Implications A. Patra et al.
7. On the visibility and zenithal confinement of 150 km (F1) radar echoes R. Tsunoda & W. Ecklund
8. Solar and geomagnetic activity dependence of 150-km echoes observed by the Equatorial Atmosphere Radar in Indonesia T. Yokoyama et al.
9. Cross-Validation of the Ionospheric Vertical Drift Measurements Based on ICON/IVM, Swarm, and the Ground-Based Radar at the Jicamarca Radio Observatory Y. Wu et al.
10. Height Variation of Gaps in 150‐km Echoes and Whole Atmosphere Community Climate Model Electron Densities Suggest Link to Upper Hybrid Resonance G. Lehmacher et al.
11. Equatorial 150 km echoes and daytime F region vertical plasma drifts in the Brazilian longitude sector F. Rodrigues et al.
12. Features of the occurrence of the additional stratification on the bottom-side F region over the equatorial location of Trivandrum N. Mridula et al.
13. First steps toward the implementation of a cognitive radar to study plasma instabilities along the magnetic equator R. Sorbello et al.
14. On the linkage of daytime 150 km echoes and abnormal intermediate layer traces over Sanya G. Li et al.
15. Daytime ionospheric equatorial vertical drifts during the 2008–2009 extreme solar minimum F. Rodrigues et al.
16. Unexpected characteristics of the 150 km echoes observed over Gadanki and their implications A. Patra & P. Pavan Chaitanya
17. Development of a passive VHF radar system using software‐defined radio for equatorial plasma instability studies B. Tuysuz et al.
18. Solar Flare Effects on 150‐km Echoes Observed Over Jicamarca: WACCM‐X Simulations N. Pedatella et al.
19. Sources of variability in equatorial topside ionospheric and plasmaspheric temperatures R. Varney et al.
20. Characteristics of 150 km echoes linked with solar eclipse and their implications to the echoing phenomenon A. Patra et al.
21. A review of Mesosphere–Stratosphere–Troposphere (MST) radar developments and studies, circa 1997–2008 W. Hocking
22. Quasi‐6‐Day Wave Modulation of the Equatorial Electrojet Y. Yamazaki et al.
23. Climatology of intermediate descending layers (or 150 km echoes) over the equatorial and low-latitude regions of Brazil during the deep solar minimum of 2009 Â. dos Santos et al.
24. Interannual Variability of the Daytime Equatorial Ionospheric Electric Field Y. Yamazaki et al.
25. On the high percentage of occurrence of type-B 150-km echoes during the year 2019 and its relationship with mesospheric semi-diurnal tide and stratospheric ozone R. Dutta et al.
26. Daytime 150‐km echoes observed with the Equatorial Atmosphere Radar in Indonesia: First results A. Patra et al.
27. Further investigations on 150‐km echoing riddle using simultaneous observations of 150‐km and E region echoes from off‐electrojet location Gadanki A. Patra & N. Rao
28. Swarm SCARF equatorial electric field inversion chain P. Alken et al.
29. Responses of intermediate layers to geomagnetic activity during the 2009 deep solar minimum over the Brazilian low-latitude sector Â. Santos et al.
30. A quiet time empirical model of equatorial vertical plasma drift in the Peruvian sector based on 150 km echoes P. Alken
31. On the characteristics of 150-km echoes observed in the Brazilian longitude sector by the 30 MHz São Luís radar F. Rodrigues et al.
32. Topside Measurements at Jicamarca During the 2019–2020 Deep Solar Minimum S. Derghazarian et al.
33. Solved and unsolved riddles about low-latitude daytime valley region plasma waves and 150-km echoes J. Chau et al.