Climate Action Tracker is an independent scientific website focusing on tracking global warming and climate change goals. There is data for most countries in the world, and they have detailed graphs and maps that highlight each country’s emissions and projected future data. They also include detailed explanations with each graph and country to go into more detail on what that country is doing to improve their carbon footprint and their predictions for the future. Their main goal is to bring awareness to climate change and prevent us from superseding the catastrophic 2 degree warming threshold.
This is super relevant to our class and the material we learned. We spent a lot of time on climate change, including the how’s and why’s of it, and what needs to be done to prevent catastrophic damage. This website reinforces that knowledge and provides even more in-depth information about it. The graphs especially are a great way to visual the data that we learned and to conceptualize it on a global scale. Below, I’ve included an example graph of Chile, which shows just one country’s work towards reducing emissions.
The resource that I found is a website that tracks earthquakes above a 2.5 magnitude on a map and provides information on them. The website updates as these earthquakes happen, so it is an important resource as it is always being updated. The website tells you the time, depth, magnitude, and exact coordinates (along with city) of where the earthquake hit. The map is of the whole continent and shows the plate boundary lines in red and the earthquakes as orange circles. The website is a great tool for scientists or any person to study more about where these earthquakes are occurring.
In class, we spent a lot of time talking about earthquakes and read in our textbook about the catastrophic ones. This website is a great tool that allows any person with a computer instant access to know the most important information about an earthquake. I do believe that while this is an amazing resource, it is not one that is predicting the coming earthquakes. As we learned in class, earthquakes are extremely hard to predict so that does not seem feasible. However, hopefully this website could eventually provide more information on the past earthquakes and provide warnings for one that are coming(if that is ever possible).
Worldmapper is a website that shows all kinds of different maps. The maps are not true to size and are distorted to show the percentage of what it is measuring in relation to all of the other countries. There are over a 1000 maps on this website demonstrating different topics from categories, like: connectivity, health, economy, education, environment, habitation, health, identity, people, resources, and society. The maps are of the whole world, but when searching for a particular map, you can also search by region. I think this website is super fun to look at because it has countless maps of a vast range of topics… under the economy and resources tab, there is a map about pumpkin production, yet under the health tab, there are monthly maps about the COVID-19 cases in each region. Each map provides a color key, as well as background about the topic below the map. I’d encourage you to go on this website and click around! Its pretty interesting to see the different maps of topics that you may not have seen maps of before like, countries with the most chickens, countries that have had the most avalanches and landslides in 2000-2017, countries the drink the most wine, and countries with the most Genetically Modified Organism (GMO) production. It is also interesting to see maps of topics we have discussed in class like carbon emissions, and pollution.
ForestPlots.net is a website dedicated to tracking tropical forests. ForestPlots contains consistent data on over 2 million individual trees from over 4000 plots in 54 countries. The locations of the plots are displayed on a map on the website, and the data on individual trees may be downloaded for use in scientific studies. The data on this site allow scientists to study tropical forests worldwide and collaborate with other scientists working on tropical forests, which is important as tropical forests are vital to the health of the Earth, especially given our current context of climate change. The website receives funding from UK National Environment Research Council and The Royal Society. This website is relevant to research of the biosphere, and I know we will be able to recognize the importance of the data provided when we get to the biosphere unit.
Already, working on the campus tree survey, we have looked for trees in the Eco-Corridor; although we are not in a tropical forest, the focus of ForestPlots.net, our data will certainly be similar in content and format to the data on ForestPlots.net. I am sure our data will be useful in a similar manner to the data on ForestPlots if it becomes published in any way. ForestPlots.net does make one wonder as to whether there are any similar resources dedicated to forests that are not necessarily tropical.
I came across this handy cartographer’s tool that allows you to take any country on Earth and drag it across a mercator projection map to reveal its “true” size relative to the countries you put it near. As we’ve learned, no flat map perfectly shows the relative sizes or distances perfectly without distortion. However, with the mercator projection, arguably the most widely used map, this distortion can be pretty extreme at the poles, where little to no distortion occurs near the equator. This map is very useful for geographers looking to better visualize the error that map projections create while learning more about the different kinds of projections. On the screenshot below, I’ve shown the true size of Russia compared to the US and Greenland compared to Africa. Russia is still significantly bigger than the US, but Greenland is noticeably smaller than we would normally think it is due to distortion.
The Coastal Change Hazards (CCH) site developed by the USGS features a plethora of information to equip anyone, average citizen or researcher alike, living near or simply concerned about any coastal area within the US. The CCH features information on a variety of natural phenomena that impact coastal communities including tides, waves, and weather – namely the hazards presented by severe storms, equipped with the Coastal-Marine Hazards and Resources Program (CMHRP). This information is acquired from Research, delivered to the Stakeholder Engagement and Communication (SEC) sector, and is applied in the Technical Capabilities and Applications (TCA) sector of the CCH program. Secondary pages within the CCH site include the Coastal and Marine Hazards Resource Program (CMHRP) -which includes a USGS Coastal and Marine Geology Data Catalog, a decadal strategic plan, and newsletter – Pacific Coastal and Marine Science Center, St. Petersburg Coastal and Marine Science Center, Woods Hole Coastal and Marine Science Center, and “science stories” about coastlines around the nation.
While coastal counties (with the exclusion of Alaska) account for only 10% of the landmass of the US, 40% of the nation’s total population occupies them!
Paul Salopek, a slow journalist with National Geographic, is walking the world by foot over the span of a decade, specifically following the paths of our first ancestors who, during the Stone Age, walked out of Africa and into the rest of the world. He seeks the human experience in relation to our Earth. This website is his public journal. Every form of media is bundled up to best represent the human experience. Using ESRI to map his journey and publish dispatches regularly, Paul Salopek essentially connects raw geographic coordinates to stories of individual people and experiences.
This website provides a trustworthy source for climate data. The data presented is assessed, catalogued and verified by an International Expert Group on Climate Data Modernization (IEG-GDM) assembled by the World Meteorological Organization from various disciplines. This section of the website contains a list of seven (7) main indicators scientists use to evaluate the state of the climate. These indicators are: surface temperature, CO2 concentration in the atmosphere, ocean heat content, sea level, ocean acidification, sea ice, ice sheet extent, glacier mass balance, precipitation, and extreme indices for temperature and precipitation. These statistics all provide up to date information, most of the graphs showing data from 1950 forward to 2020. Additionally each of the 7 indicators feature data visualizations from a variety of sources. Pros of the website are that it is easy to navigate and the information is visually presented in a readable and straightforward format. Since there isn’t an overwhelming number of graphs for most of the indicators, I think it would be better however, to include a small description of the information being presented for each graph rather than requiring the user to open a link to another page for more information.
This website, which is powered by the National Aeronautics and Space Administration, shows an interactive map that details how some of the key indicators of climate change have changed in Earth’s recent history. The webpage breaks down four different topics that can be used to visualize the effects of climate change. The four topics are sea ice, sea level, carbon dioxide and global temperature. Once a topic is selected, an interactive video is shown that details the shifts in these different topics over an extended period of time. For two of the topics, you have the ability to change what geographic region you view the data for.
The USGS (United States Geological Survey) Earth Explorer website is a tool that allows you to find satellite imagery data for any given geographic coordinate. To get the data, you can either enter an address, a city, or a set of coordinates into the search criteria search bar, set the date range you would like to receive satellite imagery from, decide what dataset(s) you’d like to get satellite data from (such as Landsat, AVHRR, Sentinel, Radar, etc., these are all different types of satellites that have sensors which give data at different pixel and temporal resolutions. The one you use depends on the type of data you’re looking for.), and then click the “results” button to see the images. This is a tool that would be useful for a geographer because it could be used for various geography fields, such as Remote Sensing and GIS due to its geographic and spatial data.
Below is a picture of one of the houses I grew up in (blue point) located on a zoomed in map of Round Rock, Texas, which I accessed by typing the address into the USGS Earth Explorer search engine!