environmental science research for everyone
A new study scientifically tackles an important aspect of the story of our urban landscape: how do ecosystems change from the time prior to first permanent settlement to today, after growing into a densely developed modern city?
Read moreAntarctica has been a depository for pollutants for decades. The brutal cold has kept them dormant and unable to inflict harmful effects on nature. As temperatures rise and ice melts, what is the fate of these pollutants in this unique landscape?
Read moreMercury is a troublesome pollutant in the environment and while we know a lot more about where sources are today, we don’t know as much about where sources were in the past and how high pollution levels were. Luckily, trees can help us to figure that out! Using traces of mercury pollution stored in tree rings, scientists try to see how mercury pollution levels have changed as we’ve become more industrialized.
Read moreClimate warming in the Arctic is happening faster than other regions of the globe and leading to earlier springs. The timing of spring is important for ecosystems because it often signals the arrival of food resources and favorable weather. In Arctic seabirds, springs arrival often begins the start of breeding season. A recent study looked at how the timing of spring has changed in the Arctic and what impact this may be having on Arctic seabirds based on where birds forage for food. The results suggest that birds that feed in the upper layers of the ocean have been strongly impacted by climate change and have significantly advanced their breeding.
Read moreThe visible cringe. The reflex to cover your ears. A constant piercing noise can be a horrific experience for a person. Research has shown that noise pollution can negatively impact the health of humans, animals and possibly entire ecosystems. What are the consequences of a lifetime surrounded by noise? Two scientists aim to characterize the costs of chronic noise pollution on the survival, growth and reproductive success of animals over their entire lifetime.
Read moreWhen I was a little kid, the things that scared me were a little silly – the slime monster from Ghostwriter, caterpillars, or a sinkhole developing underneath my bed that would swallow me while I slept. While I’ve gotten over these mostly ridiculous fears, being an adult doesn’t mean I am now fearless. Instead, the things that I consider “scary” have shifted. Now, the things that scare me are all too real – things like climate change and mass extinction.
Read moreHow long of a time period needs to be studied before conclusions about human activity, population, and rising temperatures’ effect on animal extinction can be drawn? A recent paper focusing on three thousand years of historical animal population data shows that these things have led to significantly lower number of animals throughout recorded history – and the trend is still continuing.
Read moreConserving the environment and its organisms works most effectively when managers and scientists have a lot of environmental information. However, some of the world’s most vulnerable animals, like the sand tiger shark, are also the most secretive. Luckily for these scary looking predators, amateur scientists can be an agent of change.
Read moreWaterfalls are the purview of unicorns and rainbows. But the magic isn’t all fantasy. New experiments are shedding light on how some waterfalls form.
Read moreIn the most recent IPCC report, scientists have concluded that global warming is likely to reach 1.5o C between 2030 and 2052, if it continues to increase at the current rate. To curb this warming, and the host of environmental plagues with it, we must completely halt our carbon emissions by 2050. That’s 30 years. But who is actually on the front-lines of climate change? And why do some people draw parallels between climate change and inequality? Is the key to all of this solving both at the same time?
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