Location:

Period:

24 Jun 2025 00:03:41 - 1 Jul 2025 00:40:26 (7 days 36 minutes)

Volcanoes in 100km radius:

None

Earthquakes:

33 swarms found nearby.

2022

S20221116.2(12.8km)

16 Nov

13 days 8 hours

265 earthquakes

2023

S20230102.1(3.0km)

1 Jan

2 days 19 hours

46 earthquakes

S20230115.1(29.5km)

14 Jan

5 days 9 hours

72 earthquakes

S20230125.1(16.7km)

24 Jan

2 days 19 hours

55 earthquakes

S20230222.1(2.7km)

21 Feb

6 days 0 hours

68 earthquakes

S20230314.2(5.6km)

13 Mar

1 day 10 hours

28 earthquakes

S20230808.1(9.0km)

8 Aug

1 day 23 hours

36 earthquakes

S20231108.1(27.6km)

7 Nov

1 day 17 hours

142 earthquakes

S20231205.1(5.8km)

4 Dec

2 days 0 hours

39 earthquakes

S20231212.1(11.7km)

11 Dec

4 days 22 hours

65 earthquakes

S20231213.1(17.2km)

12 Dec

3 days 3 hours

35 earthquakes

S20231230.2(19.3km)

30 Dec

2 days 1 hours

47 earthquakes

2024

S20240107.1(22.2km)

6 Jan

7 days 18 hours

96 earthquakes

S20240214.2(9.6km)

13 Feb

1 day 19 hours

33 earthquakes

S20240508.1(3.7km)

7 May

2 days 21 hours

33 earthquakes

S20240602.1(7.4km)

1 Jun

1 day 10 hours

31 earthquakes

S20240617.2(13.1km)

16 Jun

3 days 4 hours

49 earthquakes

S20240804.1(3.7km)

3 Aug

1 day 7 hours

26 earthquakes

S20240926.1(26.7km)

25 Sep

1 day 20 hours

31 earthquakes

2025

S20250215.1(7.9km)

14 Feb

4 days 8 hours

53 earthquakes

S20250531.1(4.5km)

31 May

4 days 8 hours

74 earthquakes

S20250607.1(10.4km)

6 Jun

8 days 1 hours

155 earthquakes

S20250607.2(18.4km)

7 Jun

1 day 12 hours

31 earthquakes

S20250614.1(10.2km)

14 Jun

9 hours

32 earthquakes

S20250617.1(14.2km)

16 Jun

4 days 0 hours

67 earthquakes

S20250707.2(19.8km)

6 Jul

5 days 1 hours

55 earthquakes

S20250725.1(17.4km)

24 Jul

9 days 23 hours

142 earthquakes

S20250812.1(9.3km)

11 Aug

4 days 16 hours

68 earthquakes

S20250821.1(17.3km)

21 Aug

29 days 18 hours

332 earthquakes

S20250924.1(12.7km)

24 Sep

2 days 14 hours

59 earthquakes

S20251118.1(3.0km)

17 Nov

1 day 16 hours

28 earthquakes

2026

S20260307.1(6.1km)

7 Mar

1 day 17 hours

32 earthquakes

S20260416.1(17.7km)

15 Apr

2 days 7 hours

46 earthquakes

AI-generated article — for informational and entertainment purposes only. May contain inaccuracies. Full disclaimerFound an error?

Seismic Swarm S20250624.1: Analysis of Recent Activity Northwest of Toyah, Texas

A seismic swarm designated S20250624.1 was recorded northwest of Toyah, Texas, beginning at 00:03 on 24 June 2025 and concluding at 00:40 on 1 July 2025. Over 168 hours and 36 minutes, the sequence produced 73 earthquakes. The events clustered at depths between 2 km and 8 km, with magnitudes ranging from 1.0 to 3.0. The largest event reached magnitude 3.0 at 23:21 on 24 June 2025.

The swarm exhibited typical swarm characteristics, featuring numerous small events without a dominant mainshock-aftershock pattern. Activity peaked on 24 and 27 June, with multiple events above magnitude 2.0 occurring in rapid succession. Depths remained shallow throughout, consistent with the regional tectonic setting where brittle failure occurs within the upper crust.

The location lies within the Delaware Basin portion of the Permian Basin in West Texas. This area consists of thick Paleozoic sedimentary sequences overlying Precambrian basement rocks. The basin has experienced increased seismicity in recent decades, largely attributed to fluid injection associated with oil and gas operations. Wastewater disposal into deep formations can elevate pore pressures along pre-existing faults, triggering slip.

Historical data indicate 25 swarms have occurred in the region since 1 January 2000. Annual counts show a marked rise in recent years: one swarm in 2022, eleven in 2023, seven in 2024, and six in 2025. This upward trend aligns with expanded industrial activity across the Permian Basin, where injection volumes have grown substantially.

The shallow focal depths observed in swarm S20250624.1 fall within the typical range for induced events in the basin. Events at 4–7 km depth often correlate with disposal horizons or nearby fault zones. No damage or felt reports were associated with this sequence, reflecting the modest magnitudes involved.

Ongoing monitoring by regional networks continues to track activity in this portion of Reeves County. Understanding swarm patterns helps refine models of induced seismicity and supports efforts to mitigate risks through adjusted injection practices.

References

USGS Earthquake Catalog (earthquake.usgs.gov)
Texas Seismological Network (TexNet) reports
Permian Basin geological framework publications, Bureau of Economic Geology, University of Texas at Austin