environmental science research for everyone
When you think of parasites, your first thoughts probably aren’t “helpful” or “useful.” However, parasites aren’t just something we try to get rid of; they can be studied and used in all kinds of applications, including conservation. Check out this article to learn more about how scientists are using parasites to track species movements around the world.
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Original Paper: Echevarría Ramos, M. and C.M. Hulshof. 2019. Using digitized museum collections to understand the effects of habitat on
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Original Paper: Duffy, R., Massé, F., Smidt, E., Marijnen, E., Büscher, B., Verweijen, J., Ramutsindela, M., Simlai, T., Joanny, L.
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One up and coming target for bee conservation has been the urban landscape, as some recent findings have indicated that cities can maintain diverse bee communities. Though on the surface these findings seem promising for bee conservation, many of these studies do not actually address whether this is a positive thing for native bees. One group of scientists decided to delve further into this topic by looking at the effects of urbanization on bee species. Specifically, they wanted to find out whether exotic bees, including the European honeybee, were found more abundantly in cities and other urban areas than in rural communities and how their presence affected native bees.
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Global ocean temperatures are currently rising and have been for decades. Scientists are working to discover how this changing climate affects species around the world, from the very large to the very small. This includes phytoplankton, the microscopic marine algae that live in most bodies of water around the globe and produce half the world’s oxygen. But some of these species are toxic, and can cause harm to human and wildlife alike if they are able to grow out of control. Though a number of studies have been undertaken to try and understand more about these harmful algal blooms, much is still unknown about their growth. A group of scientists were interested in how changing ocean temperatures affected the geographic ranges of harmful algal blooms over time in order to better predict blooms in the future.
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A recent Australian study highlights the importance of including local and indigenous people in conservation research. While examining mitigation of lizard population declines, scientists stumbled upon a surprising finding about how researchers’ cultural differences can affect fieldwork and experimental outcomes.
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Many people become fearful at the mention of “bear country.” But is the risk of being hurt by a bear, or even seeing a bear, on your trip really that high? The answer is no: many campers and hikers don’t even know they have passed close to a bear during their time outdoors because bears largely try to avoid humans. When bears do come close to people, it is usually due to conflicts over food and space. Humans often retaliate against bears in these situations, which can ultimately threaten the survival of bear populations. In an effort to save these bears, a team of scientists came up with a program to mitigate human-bear conflicts and create spaces where both humans and bears can coexist.
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Have you posted on social media today? If you did, you’re not alone. All around the world people are using social media apps, and many of these apps are recording data as we speak. Though this thought might seem a little overwhelming, all of this data makes for a wealth of information that scientists can use for research purposes. Over the past decade, social media has started to become a huge source of data for scientists. One study published in 2017 aimed to find out whether this social media data could help researchers determine what factors were most important to tourists when choosing to visit protected areas in sub-Saharan Africa.
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By now, most of us have heard the news that climate change is threatening our oceans. Rising carbon dioxide levels due to increasing greenhouse gas emissions into the earth’s atmosphere are warming our oceans and causing a multitude of other adverse effects on our planet. In particular, these changing environmental conditions are wreaking havoc on the world’s coral reefs. Meanwhile, conservationists around the world have been working to mitigate coral reef degradation, with little overall success. However, a recent study describes a new approach taken from investment theory that could shed a hopeful light on coral conservation efforts.
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The issue of marine plastic pollution has become a pressing, global concern. A few organizations have been created over the past few decades that have tried to address the threat of marine pollution, but none have been solely dedicated to the issue. This has led to a lack of dedication towards the issue at the international scale, and only recently have increased measures been taken to address marine plastic pollution. The 2030 Agenda for Sustainable Development was created by world leaders in 2015, and since then a number of conferences and independent initiatives have taken place across the globe to promote ocean health. Gatherings like the United Nation’s Oceans Conference and statewide bans on plastic bags can provide the groundwork to evolve these agreements and engage governments and communities to work to reduce marine plastic pollution.
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