Source: smallpdf.com

Greater Los Angeles/Orange County Ranked #12 in CBRE’s Annual ‘Scoring Tech Talent’ Report; Region Added More Than 7,000 Tech Workers in 2021, the Third-Largest Gain Among U.S. Markets, and Produced the Second-Highest Number of Tech Degree Graduates

The Greater Los Angeles/Orange County region ranks No. 12 overall in CBRE’s 2022 Scoring Tech Talent report as North American tech-talent employment bounced back from the pandemic to post job gains across most top markets in 2021, though the industry’s resilience will be tested again amid economic turmoil in 2022, according to a new report from CBRE.

California’s Inland Empire is also included in the report among small tech talent markets of less than 50,000 workers. The Inland Empire added 6,990 tech jobs between 2016 to 2021, a growth rate of 39 percent, which was the highest rate among U.S. markets. The Inland Empire also benefits from being the fifth-most-concentrated market for Gen Z, with those aged 20 to 24 years old representing 7.2 percent of the overall population.

The U.S. added a net 136,000 tech talent jobs last year across established hubs such as the San Francisco Bay Area, New York and Seattle as well as smaller markets like Nashville, Cleveland and California’s Inland Empire. Both tech job growth and tech office leasing proved resilient by rebounding in 2021 from slowdowns in 2020.

Los Angeles/Orange County stood out in the report for its tech talent gains during the pandemic, adding more than 7,000 tech workers in 2021 alone. The region also excelled in its tech degree completions, producing the second-highest number of tech graduates in 2020 (14,504), behind only the New York metro.

“The large number of tech degree graduates plays a significant role in the expansion we are seeing in the tech industry throughout southern California. The desirable weather and lifestyle in Los Angeles provides an added attraction for tech talent to remain here and for tech employers to locate where that talent wants to be based. This is fueling expansion by both traditional tech and tech directly linked to the media, entertainment and gaming sectors,” said Michelle Esquivel-Hall, executive vice president with CBRE’s Tech & Media Practice in Los Angeles.

CBRE’s report, now in its 10th year, ranks the top 50 North American markets by analyzing 13 measures of their ability to attract and develop tech talent, including tech graduation rates, tech-job concentration, tech labor pool size, and labor and real estate costs.

CBRE also ranks the Next 25 emerging tech markets on a narrower set of criteria. Tech talent is defined as 20 key tech professions — such as software engineers and systems and data managers – across all industries.

Greater Los Angeles/Orange County stood out in the report in several other key areas:

• Greater Los Angeles/Orange County’s tech talent workforce grew by 10 percent from 2016 to 2021, reaching 235,800 workers. This makes it the fifth-largest tech talent workforce in North America.
• The region produced nearly 45,000 more tech degrees than tech jobs between 2016 and 2021, meaning more tech talent is available for companies looking to hire in the region.
• It is the 10th-most-concentrated market for both millennials and Gen Z with the age cohorts representing 22.6 percent and 6.8 percent of the overall population, respectively. For this analysis, CBRE defines millennials as 25 to 39 years old and working age Gen Z as 20 to 24 years old.

Partnership Will Provide Coastal Nations with Data to Help Improve Ocean Quality

Esri, the global leader in location intelligence, today announced a new free and open tool it is making available for countries seeking to improve their coastal waters. The tool uses real-time analysis enabling countries to monitor coastal water quality and use that information to guide policy and reduce pollution from land sources.

A team from Esri, the United Nations Environment Programme, and GEO Blue Planet partnered to develop this new statistical approach using satellite data and geospatial technology in support of the United Nations Sustainable Development Goal (SDG) to prevent and significantly reduce marine pollution of all kinds by 2025. The team received the 2020 GEO (Group on Earth Observations) SDG Award for the Special Category, Collaboration in recognition of the new tool they built.

“We believe open science is good science, and a way to reassert science as a global public good,” said Dawn Wright, Esri chief scientist. “This collaboration demonstrates that philosophy by sharing the jointly developed methodology and the resulting data in an accessible way.”

Many countries depend on the health of their coastal ecosystems to drive their economies (tourism, fisheries, natural resources) and provide sustainable food sources to their populations. The use of fertilizers and other chemicals that run off the land and into the coastal ocean have been shown to cause blooms in marine algae that can disrupt ecosystems and human health. By measuring above-normal concentrations of marine algae, this new analysis provides a starting point to achieve the SDG target of limiting marine pollution.

This project empowers countries, especially developing nations, with the information they need to understand potential impacts on coastal water quality, address those impacts, and have routinely updated data to understand and report their progress to the United Nations as part of the SDG initiative. While governments and organizations around the world are already able to conduct these analyses, this project transforms the raw global data into actionable information to make it easier for them to make better-informed decisions.

Sustainable Development Goals (SDGs), adopted by the United Nations, require timely and objective reporting, and metrics are typically self-reported by each country. However, many nations do not have the capacity or capability to conduct ongoing environmental analyses. This collaboration provides automated analysis for every coastal country in the world.

The GEO SDG awards program, which honored this collaboration, recognizes excellence in sustainable development practices, analysis, and reporting through the use of Earth observations. The awards recognize productivity, ingenuity, proficiency, novelty, and exemplary communications of results and experiences in the use of Earth observations for the SDGs.

This partnership’s methodology, now included in the UN’s Global Manual for Ocean Statistics, can also be applied in other environments where it is needed and modified to work on many geographic scales. To see the initial analysis results and information products, visit the hub site at chlorophyll-esrioceans.hub.arcgis.com.