Migratory behaviors, including the specific routes animals take, are said to be "migratory pathways." These pathways are often influenced by environmental factors such as food availability, breeding grounds, and seasonal changes. Animals may rely on instinct, learned experiences, and environmental cues to navigate these routes. Understanding these behaviors is crucial for conservation efforts and ecological studies.
Instinctive
the migratory routes are from California beaches too Japan and back every year
routes of migratory birds
I was taught in college that some animals, such as birds, geese, are guided by magnetic forces, not forcing them to go this way, but guiding them
They Both Go North And South
Research homework question.
in winter they travel inland some 600 miles and then in summer the females head for the coast to get food for the young
Migratory behavior is an example of a behavior that can develop during an animal's lifetime. Some species learn migration routes and patterns from older individuals or through experience, adapting and improving their navigation skills over time.
Trappers opened routes to Alta California to find new areas that had fur animals to trap. They discovered new routes while looking for new places to trap beavers and other animals.
Blue whales, the largest animals on Earth, adapt to climate change primarily through their migratory patterns and feeding behaviors. As ocean temperatures rise and prey availability shifts, they may alter their migration routes and feeding grounds to follow krill, their primary food source. Additionally, their ability to dive deep allows them to access cooler, deeper waters if surface temperatures become too warm. However, these adaptations may be limited, and ongoing climate changes pose significant risks to their habitat and food supply.
Because they were farmers not hunters. Farming led to more permanent structures. Hunters required shelters that could be packed up and moved to follow their prey along their migratory routes.
Scientists use a variety of evidence to study migration, including tracking animals using GPS technology, studying changes in hormone levels, analyzing isotopes in tissues, and conducting genetic analyses. They may also observe behaviors such as flocking patterns or migration routes to better understand the movement of animals.