Growing safe drinking water: from the ground up
The Privilege of clean drinking water It’s easy to take for granted the availability of clean, safe water at the
Read MoreThe Privilege of clean drinking water It’s easy to take for granted the availability of clean, safe water at the
Read MoreIf you were following coverage of Hurricane Delta this week, you might’ve noticed that it seemed to come out of nowhere — one day we were all talking about Tropical Storm Gamma, and then seemingly overnight the conversation shifted to sounding alarms over Hurricane Delta. This phenomenon, in which a hurricane goes from nobody to nightmare in under a day, is known as rapid intensification. The one-two punch of rapid intensificaton being both deadly and difficult to predict has made it an urgent problem for forecasters as we all try to adjust to our changing climate.
Read MoreBlue carbon is the carbon that is stored within marine ecosystems. It is being used more frequently within global carbon budgets, which are calculated to help us reduce climate change. Historically, only tidal marshes, mangrove forests, and seagrass beds have been used in calculating stored carbon for carbon budgets. A team of researchers from Norway wanted to see if kelp forests could significantly contribute to carbon storage. They studied the kelp forests along Australia’s southern coast and found their storage potential to be similar to that of the other historically used ecosystems. Conserving and restoring kelp forests could therefore increase carbon storage and help reduce climate change.
Read MoreWho is impacted most by climate change? While most environmental carbon originates in the developed world, most of the immediate effects are being felt by those in developing or least developed countries. Could describing climate change in a human frame be the key to mobilizing mitigation action? Researchers use new data sets to assess the flood risk of a previously unexplored population of vulnerable communities living in river deltas around the world.
Read MoreEnvironmental conditions can change quite quickly. In this case, due to the global pandemic of COVID-19 we’ve all been wearing masks when we venture outside. How might this sudden change in our appearance affect animals that frequently live amongst us? Find out how Eurasian tree sparrows responded to wearing masks in two provinces of Sichuan, China.
Read MoreHave you ever thought about the microorganisms living under your tent while you’re camping? It may seem like setting up the tent and trampling all over the campsite may harm the organisms that live in the soil but new study in the Arizona savanna turns that idea on its head. Read on to learn about camping resistant plants, microbes, and resiliency of this awesome ecosystem.
Read MorePlanting trees along highway roadsides is a good way to increase tree coverage in cities, but getting trees to grow here and maintaining these plantings over time can be difficult. Reducing soil compaction and adding organic material, such as compost, can improve roadside soils and support tree growth in these areas. A 5-year study in Ontario recently found that loosening up the soil and mixing in 10-25% food waste compost relative to soil can help improve tree growth along roadsides, possibly reducing the need to follow up and maintain these trees over time.
Read MoreCites are ecosystems, just like a forest, desert, and prairie are ecosystems. As human populations grow and move to urban areas, cities expand into other ecosystems. Plants and animals must adjust to the rapid changes that result. Humans are the biggest threat to organisms, but why are cities challenging environments for plants and animals? Let’s learn more about one of the largest and growing ecosystems on land… cities!
Read MoreAs many people know, sea otters are great at being adorable. But do sea otters also play an important role in combating the impacts of climate change? In this study, scientists looked at how the loss of sea otters might be making reefs more susceptible to climate change.
Read MoreAs I woke up this morning, I learned that a wildfire raging in our local forest had grown to nearly 70,000 acres. A mixture of emotions subsequently flooded in, combining thoughts of concern with questions about how climate change is altering wildfire patterns. In order for scientists and land managers to better predict wildfire outbreaks and to understand the role that climate plays in their behavior, they must first examine the fire history of an area over a long period of time—longer than recorded history. Charcoal and pollen deposits in lake sediments may be able to provide answers to the mysteries of fire’s deep past. Read on to hear about this interesting approach and how one study of lake sediments mapped out 1.5 million years of fire history in China.
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