White-headed woodpeckers are adapted to have strong beaks that can break into tree trunks to find bugs and can also open pine cones to get at the seeds. White-headed woodpeckers are best adapted to living in the biome of the<u> temperate rain forest</u>
Explanation:
- The white-headed woodpecker is a non-migratory woodpecker that resides in pine forests of the mountains of western North America. It has a black body and white head. It has white primary feathers that form a crescent in flight.
- White-headed Woodpeckers feed heavily on large pine seeds, and are most associated with old-growth ponderosa pine and sugar pine forests. They also often use recently burned areas.
- The white-headed woodpecker is a non-migratory woodpecker that resides in pine forests of the mountains of western North America.
- Temperate rainforests are coniferous or broadleaf forests that occur in the temperate zone and receive heavy rainfall.
- White-headed woodpeckers are adapted to have strong beaks that can break into tree trunks to find bugs and can also open pine cones to get at the seeds.
- White-headed woodpeckers are best adapted to living in the biome tundra temperate rain forest savanna desert
- The white-headed woodpecker is a non-migratory woodpecker that also resides in pine forests of the mountains of western North America.
what kind of school do you go to ?? in school, we arent even aloud to mention trump.
Answer: Cognitive
Explanation:
Cognitive psychology focuses on the mind and the processes involved therein. It focuses therefore on mental processes which include but are not limited to, attention, memory, thought process and creativity.
Popular cognitive psychological disorders include amnesia, dementia and depression. Given that there is medicine that is aimed at slowing memory loss in the case of dementia and antidepressants for depression, it can be surmised that from a Cognitive perspective, medication can be recommended by a psychologist.
Answer:
Kandel showed that weak stimuli give rise to certain chemical changes in synapses; these changes are the basis for short-term memory, which lasts minutes to hours.
