How hot was Feb 2022?

From NOAA’s Global Climate Report – February 2022:

The February 2022 global surface temperature was the seventh highest on record at 0.81°C (1.46°F) above the 20th century average. This value was 0.17°C (0.31°F) warmer than last year’s February value (2021), but 0.45°C (0.81°F) cooler than the record-warm February set in 2016.

Interestingly,

North America was the only continent to have a below-average February temperature at -0.40°C (-0.72°F); however, it didn’t rank among the top-20 cold February.

Data for the chart copied here is at a link at the top of the page under Temperature Anomalies Time Series.

What’s new at NASA’s Scientific Visualization Studio?

The visualization here is Zonal Climate Anomalies by Mark SubbaRao (3/7/2022).

The visualization presents monthly zonal temperature anomalies between the years 1880-2021. The visualization illustrates that the Arctic is warming much faster than other regions of the Earth.

The page has a link to the data that was used to create the visualization.

How much has sea level risen where you live?

If you live along the cost you might be interested in how much sea level has risen. Climat.gov has the answer on their page Interactive map: How has local sea level in the United States changed over time? by Rebecca Lindsey, et. el. (Updated 3/2/2022). Zoom in on the map at the top of the page and select an arrow and then click on >. This will take you to an animated graph showing has sea level has changed. You can download static versions, such as the one for Nantucket here, and there is a link to the data. Details about regional changes follow the map and are informative. For example, regarding the Gulf of Alaska:

Every coastal location on Earth is being affected by global sea level rise. So why are there a lot of downward arrows around the Gulf of Alaska? Here, global sea level rise is being offset because the land is rebounding as the last remnants of ice-age glaciers disappear. Global sea level is rising, but the land is rising faster, so sea level is falling relative to a fixed local benchmark.

What are the challenges for young adults?

The Pew article Most in the U.S. say young adults today face more challenges than their parents’ generation in some key areas by Stella Sechopoulos (2/28/20220) provides the survey response graph copied here. There are generational difference in these responses:

While majorities across all age groups say young adults have it harder when it comes to buying a home, saving for the future and paying for college, Americans ages 18 to 29 are more likely than older age groups to say this. More than eight-in-ten adults younger than 30 (84%) say buying a home is harder for young adults today, while 80% say the same about saving for the future and paying for college. Among those ages 30 to 49, 72% say buying a home and paying for college is harder for young adults today, and 74% say this about saving for the future. Those 50 and older are the least likely to say these measures are harder for younger generations to reach, with 63% saying this about buying a home, 67% saying this about saving for the future, and 66% saying this about paying for college.

A nice addition to this article would be data to back up the opinions. For example, are young adults saving less for the future than other generations and if so by how much?

There is another graph as well as questions used with the data and a methodology section.

What is the connection between attending college and parental income?

The World Inequality Database  summarize the paper by Bonneau and Grobon in the article Unequal Access to Higher Education (2/7/2022).

In this paperCécile Bonneau and Sébastien Grobon provide new stylized facts on inequalities in access to higher education by parental income in France. At the bottom of the income distribution, 35% of individuals have access to higher education compared to 90% at the top of the distribution. This overall level of inequality is surprisingly close to that observed in the United States. The authors then document how these inequalities in access to higher education by parental income combine with inequalities related to parental occupation or degree. Finally, they assess the redistributivity of public spending on higher education, and present a new accounting method to take into account the tax contribution of parents in our redistributivity analysis.

The article lists 11 key findings such as:

Inequalities in access to higher education create large inequalities in public spending on higher education: Those in the bottom 30 percent of the income distribution receive between 7,000 and 8,000 euros of investment in higher education between the ages of 18 and 24, compared to about 27,000 euros –of which 18,000 euros correspond to public spending and 9,000 to private spending through tuitions paid by parents– for those in the top 10 percent of the income distribution (Figure 5a);

The paper (link in the first quote) has numerous graphs and the details of the modeling.

How hot was Jan 2022?

From NOAA’s Global Climate Report – January 2022:

The global surface temperature for January 2022 was 0.89°C (1.60°F) above the 20th century average and the sixth highest for January since global records began in 1880. The last eight Januarys (2015–2022) rank among the 10 warmest Januarys on record.

Similar to 2021, the year 2022 began with an episode of a La Niña in the tropical Pacific Ocean. The El Niño-Southern Oscillation (ENSO) can affect global temperatures. La Niña tends to cool global temperatures slightly, while El Niño tends to boost global temperatures. With a slightly cool start to the year, there is only a 10% chance of 2022 ending as the warmest year on record. However, there is over 99% chance of the year ranking among the 10 warmest years on record.

Time series data available at the top of the page.

 

What are the predicted climate changes for your state?

NCICS (North Carolina Institute for Climate Studies) hosts the State Climate Summaries page. On this page you can select a state to arrive at a climate summary for the state. For example, the NYS page has ten graphs, including the one copied here, and summaries such as

Since the beginning of the 20th century, temperatures in New York have risen almost 2.5°F, and temperatures in the 2000s have been higher than in any other historical period (Figure 1). As of 2020, the hottest year on record for New York was 2012, with a statewide average temperature of 48.8°F, more than 4°F above the long-term average (44.5°F). This warming has been concentrated in the winter and spring, while summers have not warmed as much (Figures 2a and 2b). Summer warming is more influenced by the number of warm nights than by the occurrence of very hot days (Figures 2c and 2d). The state has experienced an increase in the number of warm nights and a decrease in the number of very cold nights (Figure 3). The increase in winter temperatures has had an identifiable effect on Great Lakes ice cover. Since 1998, there have been several years when Lakes Erie and Ontario were mostly ice-free (Figure 4).

A great site that allows educators to plan lessons around their state.

How do vaccination rate differ?

The Pew article Increasing Public Criticism, Confusion Over COVID-19 Response in U.S. by Alec Tyson and Cary Funk (2/9/2022) has the graph copied here, which seems unrelated to the title but is interesting. I’ll leave you to decide what is surprising and what isn’t. Further:

Some demographic differences in vaccination status are more pronounced within one partisan group than another. For instance, 80% of Republicans ages 65 and older say they have received a COVID-19 vaccine, compared with far fewer Republicans 18 to 29 (52%). There is a much more modest gap between the shares of Democrats 65 and older and those 18 to 29 who say they’ve received a vaccine (94% vs. 88%). See the Appendix for more details on vaccination status within partisan groups.

This all seems like good data for statistical tests. There are more  graphs, a methodology section, and more data.