#### 107600A GPS tracking device on a migrating osprey recorded its flight path over four days. On day one, it flew 180 km; day two, 210 km; day three, 150 km; and day four, 240 km. If the osprey’s average speed was constant at 45 km/h, what was the total time, in hours, it spent flying?

#### 107600A GPS tracking device on a migrating osprey recorded its flight path over four days. On day one, it flew 180 km; day two, 210 km; day three, 150 km; and day four, 240 km. If the osprey’s average speed was constant at 45 km/h, what was the total time, in hours, it spent flying? - Crosslake

GPS Tracking Reveals Osprey’s Far-Ranging Journey: Four-Day Migration Log and Total Flight Time

📅 March 1, 2026 👤 scraface

Mar 01, 2026

GPS Tracking Reveals Osprey’s Far-Ranging Journey: Four-Day Migration Log and Total Flight Time

In a fascinating example of avian navigation, a GPS tracking device attached to a migrating osprey captured detailed flight data over four consecutive days. Over this period, the bird covered 180 km on day one, 210 km on day two, 150 km on day three, and 240 km on day four. With an average flying speed maintained at a constant 45 km/h, researchers calculated the osprey’s total flight time—an important metric for understanding migration energetics and behavior.

Daily Flight Distances

The osprey traveled the following distances each day:

Day 1: 180 km
Day 2: 210 km
Day 3: 150 km
Day 4: 240 km

Understanding the Context

Total Distance Covered:
180 + 210 + 150 + 240 = 780 km

Calculating Total Flight Time

With the average speed measured at 45 km/h, total flying time can be calculated using the formula:
Time = Total Distance ÷ Average Speed

Substituting the values:
Time = 780 km ÷ 45 km/h = 17.33... hours

Expressed precisely, the osprey spent 17 hours and 20 minutes flying across the four-day migration phase. When converted to decimal hours:
780 ÷ 45 = 17.333... hours = 17 hours 20 minutes (or 17.33 h)

#### 107600A GPS tracking device on a migrating osprey recorded its flight path over four days. On day one, it flew 180 km; day two, 210 km; day three, 150 km; and day four, 240 km. If the osprey’s average speed was constant at 45 km/h, what was the total time, in hours, it spent flying?

Key Insights

Insights from the Flight Path

This data highlights the osprey’s efficient soaring and gliding patterns, crucial for long-distance migration. Despite varying daily distances, the consistent average speed underscores the bird’s ability to regulate energy use in dynamic natural conditions.

Summary

Total distance flown: 780 km
Average speed: 45 km/h
Total flight time: 17.33 hours (or 17 hours 20 minutes)

The integration of GPS tracking in studying osprey migration offers valuable data not only for conservation but also for broader ecological research. This four-day journey exemplifies the impressive endurance and navigational accuracy of one of nature’s most skilled fliers.

Keywords: osprey migration, GPS tracking, bird flight path, aviation analytics, wildlife tracking, migrating osprey, average speed, total flight time, ornithology data, conservation technology.

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Final Thoughts

Learn more about osprey migration patterns and how satellite tracking advances wildlife science.