The United States Drought Monitor provides weekly updates of drought in the U.S. Maps such as the one here can be downloaded. For classroom use there is a data page where full data sets can be downloaded including GIS data. There is also an interactive time series graph.
From NOAA’s Global Climate Report – November 2020:
The combined global average temperature over the land and ocean surfaces for November 2020 was 0.97°C (1.75°F) above the 20th century average of 12.9°C (55.2°F). This was the second warmest November in the 141-year global record, behind the record warm November set in 2015 (+1.01°C / +1.82°F).
According to NCEI’s regional analysis, Oceania had its warmest November on record, with a temperature departure from average of +2.06°C (+3.71°F). This value shattered the previous record of 1.85°C (3.33°F) by 0.21°C (0.38°F).
Australia had its warmest November in the nation’s 111-year record with a national mean temperature departure of +2.47°C (+4.45°F). This surpassed the now second highest November temperature set in 2014 by 0.40°C (0.72°F).
So far this year:
The January–November 2020 global temperature was the second highest on record at 1.00°C (1.80°F) above average and only 0.01°C (0.02°F) shy of tying the record set in 2016. According to NCEI’s Annual Rankings Outlook, there is a 54% chance of 2020 ending as the warmest year on record.
Time series data is available near the top of the page.
The Pew article The Changing Geography of COVID-19 in the U.S. by Bradley Jones and Jocelyn Kiley provides data about the geographic impact of COVID-19:
Early in the course of the pandemic, the health impacts were felt most severely in dense urban centers. From March to May, congressional districts in the most urbanized parts of the country were experiencing about five times as many deaths on average compared with those in the least dense parts of the country, and in some places this disparity was much larger.
However, by the summertime the urban-rural split had largely disappeared, and over the last several months, those districts with small shares of residents in densely populated places have been experiencing twice as many deaths as those in the parts of the country where all or nearly all residents live in urban neighborhoods.
The article has an interactive graphic of the U.S. with COVID-19 deaths by congressional district over time, along with a few other tables and graphs. There is also a longer report that can be downloaded.
The EPI article Wages for the top1% skyrocketed 160% since 1979 while the share of wages for the bottom 90% shrunk by Lawrence Mishel and Jori Kandra (12/1/2020) reports:
As Figure A shows, the top 1.0% of earners are now paid 160.3% more than they were in 1979. Even more impressive is that those in the top 0.1% had more than double that wage growth, up 345.2% since 1979 (Table 1). In contrast, wages for the bottom 90% grew only 26.0% in that time.
The top 0.1% go off the chart. There are two other tables of data nd the data for the chart copied here is available.
The climate.gov article A warm pool in the Indo-Pacific Ocean has almost doubled in size, changing global rainfall patterns by Alison Stevens (12/3/2020) is your primer on the Indo-Pacific warm pool.
Due to human-caused climate change, our planet’s ocean has been heating up at a rate of 0.06 degrees C (0.11 degrees F) per decade over the past century. But this warming isn’t uniform. In fact, recent NOAA-funded research shows that a large pool of the ocean’s warmest waters, stretching across the Indian and west Pacific Oceans, has grown warmer and almost doubled in size since 1900. This expanding warm pool not only impacts ocean life; according to the study, it is driving changes in the Madden Julian Oscillation (MJO), a key weather and climate pattern, and in regional rainfall around the globe.
Here is how it works:
The warming is uneven across the region, with greater warming in the west Pacific. This unevenness creates a temperature contrast that enhances cloud-forming winds, moisture, and energy over the region, and it draws in warm moist air from the Indian Ocean. The uneven expansion of the Warm Pool has warped the MJO—a global pattern of clouds, wind, rain and pressure, active in the winter, that starts over the Indian Ocean and travels eastward around the tropics in 30-60 days. Though the total lifespan of its global trek has stayed the same, the study finds that the MJO’s clouds and rain now spend 3-4 fewer days over the Indian Ocean and 5-6 more days over the Maritime Continent and west Pacific, fueled by heat and moisture where the warming is greater.
The first link in the quote above is to global ocean temperature data.
It depends on what we mean by poverty. The World Bank blog post A quarter of the world lives in societal poverty by Marta Schoch, Dean Mitchell Joliffe, & Christoph Lakner (12/2/2020):
Measures of absolute poverty, such as poverty at the US$1.90, US$3.20 and the US$5.50 international poverty lines, have the advantage of remaining fixed (in constant dollars), allowing one to measure poverty against the same benchmark over time and across countries. However, when countries set their own national poverty lines, they typically increase the real value of these lines as their economies evolve.
The absolute poverty line misses the fact that “the ability to participate in society is costlier in richer countries.” So,
In 2018, the World Bank introduced a Societal Poverty Line (SPL),
The SPL is the max of US$1.90 and US$1+ 0.5*median, where median is the daily median income or consumption per capita in the household survey.
The is more information and other graphs in the article.
The 91-DIVOC page An interactive visualization of the exponential spread of COVID-19 has excellent visualizations of state level data along with world data. For example, the graph downloaded from their visualization here is the top 10 states for deaths per 100,000 (day 0 is 11/30/2020). You might find it surprising the the Dakotas are in the top 10. The visualizations allow the user to select numerous categories and highlight selected elements. Each visualization has a csv link to download the data.
This is not my typical post with charts, graphs, and data, but as a fan of both wood and boats the BBC article The futuristic cargo ship made of wood by Jocelyn Timperley (11/17/2020) is one I had to share.
In a small, rustic shipyard on the Pacific coast of Costa Rica, a small team is building what they say will be the world’s largest ocean-going clean cargo ship.
Ceiba is the first vessel built by Sailcargo, a company trying to prove that zero-carbon shipping is possible, and commercially viable. Made largely of timber, Ceiba combines both very old and very new technology: sailing masts stand alongside solar panels, a uniquely designed electric engine and batteries.
Ok, a little bit of data:
The global shipping sector emitted just over a billion tonnes of greenhouse gases in 2018, equivalent to around 3% of global emissions – a level that exceeds the climate impact of Germany’s entire economy.
A major study found shipping emissions rose by 10% between 2012 and 2018, and projected that they could rise up to 50% further still by 2050 as more and more things are shipped around the world.
The World Bank has 17 sustainable development goals and a portal to information about the goals as well as an abundance of data: Atlas of Sustainable Development Goals One path from this page is the World Development Indicators page:
The World Development Indicators is a compilation of relevant, high-quality, and internationally comparable statistics about global development and the fight against poverty. The database contains 1,600 time series indicators for 217 economies and more than 40 country groups, with data for many indicators going back more than 50 years.
One can explore data with interactive graph, query databases, or download data.
The October 2020 global land and ocean surface temperature was the fourth highest for October since global records began in 1880 at 0.85°C (1.53°F) above the 20th century average of 14.0°C (57.1°F). Only Octobers of 2015 (+1.03°C / +1.85°F), 2019 (+0.95°C / +1.71°F), and 2018 (+0.93°C / +1.67°F) were warmer. The ten warmest Octobers have occurred since 2005, while the seven highest October temperature departures from average have occurred in the last seven years (2014–2020). October 2020 also marks the 44th consecutive October and the 430th consecutive month with temperatures, at least nominally, above the 20th century average.
Europe was warm:
According to NCEI’s regional analysis, Europe had its warmest October on record, with a temperature departure of +2.17°C (+3.91°F). This surpassed the previous record set in 2001 by 0.06°C (0.11°F).
For the year so far:
Averaged as a whole, this was the second warmest January–October for global land and ocean, with a temperature departure at 1.0°C (1.8°F) above the 20th century average. This value is only 0.03°C (0.05°F) shy of tying the record set in January–October 2016. According to our Global Annual Temperature Rankings Outlook, the year 2020 is very likely to rank among the three warmest years on record.
The data is available in the additional resources box near the top of the page.