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Dr. Thomas Lovejoy, Founder / President, Amazon Biodiversity Ctr — Snr. Fellow, United Nations Fnd

Dr. Thomas Lovejoy, is an innovative conservation biologist, who is Founder and President of the non-profit Amazon Biodiversity Center, the renowned Biological Dynamics of Forest Fragments Project, and the person who coined the term “biological diversity”.

Dr. Lovejoy currently serves as Professor in the department of Environmental Science and Policy at George Mason University, and as a senior fellow at the United Nations Foundation based in Washington, DC.

Dr. Lovejoy has also served as the World Bank’s chief biodiversity advisor and the lead specialist for environment for Latin America and the Caribbean, the first Biodiversity Chair of the H. John Heinz III Center for Science, Economics and the Environment, President of the Heinz Center, and chair of the Scientific Technical Advisory Panel (STAP) for the Global Environment Facility (GEF), the multibillion-dollar funding mechanism for developing countries in support of their obligations under international environmental conventions.

Spanning the political spectrum, Dr. Lovejoy has served on science and environmental councils under the Reagan, Bush, and Clinton administrations. At the core of these many influential positions are seminal ideas, which have formed and strengthened the field of conservation biology.

In the 1980s, Dr. Lovejoy brought international attention to the world’s tropical rainforests, and in particular, the Brazilian Amazon, where he has worked since 1965.

With multiple co-edited books (including Biodiversity and Climate Change: Transforming the Biosphere; Drones for Conservation — Field Guide for Photographers, Researchers, Conservationists and Archaeologists; Costa Rican Ecosystems; Climate Change and Biodiversity; On the Edge: The State and Fate of the World’s Tropical Rainforests), Dr. Lovejoy is credited as a founder of the field of climate change biology. He also founded the series Nature, the popular long-term series on public television.

Ford F-150 Lightning: what to expect from the automaker’s first electric pickup truck

Here’s what we already know about Ford’s electric F-150.


Ford is set to unveil its next major electric vehicle, the F-150 Lightning, at 9:30PM ET on Wednesday, May 19th. But this isn’t just another EV event. An electric version of the automaker’s iconic F-series pickup truck is a very big deal for Ford, for the auto world, for car buyers, and even for the US economy.

Ford is very proud of its F-series trucks, and for good reason. It’s the bestselling truck in the US for 44 years. It’s also the bestselling vehicle in the country, period. According to Edmunds, F-series trucks are the most popular vehicle in 30 out of 50 states in the US.

That means the F-Series trucks is central to Ford’s profitability. The Detroit automaker raked in around $42 billion in revenue in 2019 from nearly 900000 F-series truck sales in the US, according to a Boston Consulting Group study commissioned by Ford — more than most major companies and about four times as much as Tesla made in all of 2020.

Scientists Have Figured Out What Triggers Large-Scale Volcanic Eruptions

A lava flow from Hawaii’s Kilauea Volcano enters the ocean near Isaac Hale Beach Park on August 5, 2018. The volcano’s 2018 eruption was its largest in over 200 years. Credit: USGS

Scientists have figured out what triggers large-scale volcanic eruptions and what conditions likely lead to them.

Hawaii’s Kilauea is one of the most active volcanoes in the world. Because of this and its relative ease of accessibility, it is also among the most heavily outfitted with monitoring equipment – instruments that measure and record everything from earthquakes and ground movement to lava volume and advancement.

Nearly a fifth of Earth’s surface transformed since 1960

Whether it’s turning forests into cropland or savannah into pastures, humanity has repurposed land over the last 60 years equivalent in area to Africa and Europe combined, researchers said Tuesday.

If you count all such transitions since 1960, it adds up to about 43 million square kilometres (16.5 square miles), four times more than previous estimates, according to a study in Nature Communications.

“Since land use plays a central role for climate mitigation, biodiversity and food production, understanding its full dynamics is essential for sustainable land use strategies,” lead author Karina Winkler, a physical geographer at Wageningen University & Research in the Netherlands, told AFP.

U.S. approves massive solar project in California desert

The Biden administration on Monday said it has approved a major solar energy project in the California desert that will be capable of powering nearly 90000 homes.

The $550 million Crimson Solar Project will be sited on 2000 acres of federal land west of Blythe, California, the Interior Department said in a statement. It is being developed by Canadian Solar (CSIQ.O) unit Recurrent Energy and will deliver power to California utility Southern California Edison.

The announcement comes as President Joe Biden has vowed to expand development of renewable energy projects on public lands as part of a broader agenda to fight climate change, create jobs and reverse former President Donald Trump’s emphasis on maximizing fossil fuel extraction.

Scientists Discover Three Liquid Phases in Aerosol Particles

Findings could help explain how air pollutants interact with the atmosphere.

Researchers at the University of British Columbia, University of California Irvine, and McGill University have discovered three liquid phases in aerosol particles, changing our understanding of air pollutants in the Earth’s atmosphere.

While aerosol particles were known to contain up to two liquid phases, the discovery of an additional liquid phase may be important to providing more accurate atmospheric models and climate predictions. The study was published recently in PNAS.

Europe is building a ‘digital twin’ of Earth to revolutionize climate forecasts

The European Union is finalizing plans for an ambitious “digital twin” of planet Earth that would simulate the atmosphere, ocean, ice, and land with unrivaled precision, providing forecasts of floods, droughts, and fires from days to years in advance. Destination Earth, as the effort is called, won’t stop there: It will also attempt to capture human behavior, enabling leaders to see the impacts of weather events and climate change on society and gauge the effects of different climate policies.

“It’s a really bold mission, I like it a lot,” says Ruby Leung, a climate scientist at the U.S. Department of Energy’s (DOE’s) Pacific Northwest National Laboratory. By rendering the planet’s atmosphere in boxes only 1 kilometer across, a scale many times finer than existing climate models, Destination Earth can base its forecasts on far more detailed real-time data than ever before. The project, which will be described in detail in two workshops later this month, will start next year and run on one of the three supercomputers that Europe will deploy in Finland, Italy, and Spain.

Destination Earth rose out of the ashes of Extreme Earth, a proposal led by the European Centre for Medium-Range Weather Forecasts (ECMWF) for a billion-euro flagship research program. The European Union ultimately canceled the flagship program, but retained interest in the idea. Fears that Europe was falling behind China, Japan, and the United States in supercomputing led to the European High-Performance Computing Joint Undertaking, an €8 billion investment to lay the groundwork for eventual “exascale” machines capable of 1 billion billion calculations per second. The dormant Extreme Earth proposal offered a perfect use for such capacity. “This blows a soul into your digital infrastructure,” says Peter Bauer, ECMWF’s deputy director of research, who coordinated Extreme Earth and has been advising the European Union on the new program.

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