Climate change is bringing more heat waves to both land and sea. While many habitats are affected, the intertidal zone is unique because it experiences both atmospheric and marine heat waves. But how do creatures living in this zone handle these extreme temperatures?

First, let's look at what causes these temperature spikes. The intertidal zone is a dynamic place, influenced by tides and sun exposure. By using tide and solar radiation models, scientists can predict daily maximum temperatures in this area. They've even compared their predictions with real-time data from under rocks at an intertidal site to see how accurate they are.

Now, let's dive into how intertidal organisms react to these heat waves. Studies show that these creatures respond in various ways, from changes in behavior to shifts in biological traits. For instance, extreme heat can cause cells to produce too many energy molecules, leading to oxidative stress. This can disrupt their energy balance, affecting growth, reproduction, and immune function.

It's like when you exercise too hard and your muscles get sore. In the same way, these organisms can feel the strain of too much heat. But unlike us, they can't just take a cool bath or drink some water. They have to adapt or move to cooler areas if they can.

Researchers are now looking into how we can better understand and predict these changes. Maybe one day, we can help these tough little creatures cope with our changing climate.

How Marine Life Copes with Heat Waves in the Intertidal Zone

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