EMBRACE

This page allows you to become familiar with and embrace the new initiatives, accomplishments, personalities and practices as they emerge.

We encourage you to embrace, rather than just note, these developments. Embracing is active. It requires one to be open, to hold, to draw near, even incorporate, new ideas with some care. It suggests an acceptance and a welcoming, something we think is important if we are to move away from the more hostile and uncompromising methods that tend to currently dominate much practice.

Below are some images and information about the most recent Alliance initiatives.

Call for Insights
Key Insights on Education for Planetary Futures

Key Insights on Education for Planetary Futures is seeking rigorous, creative and interdisciplinary insights for this year’s edition of Key Insights on Education for Planetary Futures.

By weaving together insights from diverse knowledge traditions, we aim to reclaim the potential of education as a transformative force that challenges assumptions, rethinks systems, and co-create new pathways toward a thriving Earth. We are calling for a fundamental redesign of education as a space for reconnecting with the living world, fostering deep engagement and mobilising action toward ecological and social renewal.

Recognising that no single perspective holds the answer, we invite individual and networked groups of researchers, educators, activists, engaged citizens and policymakers to contribute their expertise and insights to help shape a comprehensive research-informed and wisdom-rooted vision for reimagining education in response to planetary challenges. We 

If you are engaged in work that reimagines education for planetary futures, we invite you to share your contribution (in a short paragraph form) by April 30, 2025. All contributions will be curated for inclusion in the report, with due acknowledgment to contributors and with opportunities for collaborative writing and shared authorship of key insights.

The 2025 edition of Key Insights on Education for Planetary Futures will be launched in time for Climate Week NYC (September 19–26, 2025) and COP30 in Belém, Brazil (November 10–21, 2025)—providing a critical “year-in-review” of the most pressing and impactful contributions in education research related to planetary challenges.

Submit your insights here.

This initiative is led by Arizona State University (a collaboration between Julie Ann Wrigley Global Futures Lab and Mary Lou Fulton College of Teaching and Learning Innovation), the UNESCO-MOST BRIDGES Coalition, and G-FORCES, an NSF AccelNet-funded project that brings together a global network of networks, including SDSN USA, Mission 4.7, Learning Planet Alliance, CLEAN, ULRI, MECCE, Climate-U, RCE Dublin, ANPEd, DIMACS, in collaboration with the World Academy of Art and Science and the Club of Rome.

Plant Blindness: An Innovative Interdisciplinary Course at Oxford

Oxford's forests became an unexpected classroom when three academics from different disciplines came together to tackle an increasingly recognised phenomenon: plant blindness. This innovative course, co-designed by Prof. Laura Rival (International Development and School of Anthropology), Dr. Sarah Edwards (Oxford Botanic Garden and Arboretum and author of "The Ethnobotanical: A World Tour of Indigenous Plant Knowledge"), and Dr. Elizabeth Ann Rahman, FHEA (Senior Evaluation Officer, Centre for Teaching and Learning), offered graduate students a unique opportunity to challenge their perceptual habits and explore human-plant relationships through multiple disciplinary lenses.

The course emerged from a shared concern about how post-industrial societies often overlook the plant world, despite our fundamental dependence on it. Drawing on anthropological perspectives on perception, botanical expertise, and innovative pedagogical approaches, the course took students out of traditional classroom settings and into Oxford's wooded areas for experiential learning.

"We wanted to create an environment where students could literally see the world differently," explains Dr. Rahman, who recently achieved Fellowship status with Advance HE (FHEA) in recognition of her contributions to higher education teaching and learning. "By combining anthropological theories of perception with botanical knowledge and mindfulness techniques, we created a truly transformative learning experience."

The course's structure was carefully crafted to build from theoretical foundations to direct experience. Beginning in an informal setting where students could openly discuss their expectations and previous experiences with plant life, the session progressed to guided woodland exploration. Here, students engaged in carefully designed activities that challenged their usual patterns of environmental perception.

Prof. Rival's expertise in environmental anthropology, Dr. Edwards' deep botanical knowledge, and Dr. Rahman's experience with experiential learning approaches came together to create what one student described as "an eye-opening experience that changed how I see the world around me."

The success of this interdisciplinary collaboration suggests new possibilities for teaching environmental awareness in higher education. By bringing together scientific knowledge, cultural understanding, and embodied learning, the course offers a model for how universities can address contemporary environmental challenges while fostering deeper connections between students and the natural world.

This innovative approach to teaching and learning continues to evolve, with plans to offer the course to future cohorts of graduate students at Oxford, potentially expanding to include undergraduate opportunities as well.

Beekeeping in Haiti
Loyola Apikilti

Loyola Apikilti ("a-pee-kill-TEE") is a beekeeping club at St Ignace ("in-YAS") de Loyola school, in Bedou (bed-DOO), Haiti. Students learn to produce honey while caring for the bees, planting trees, and making friends; they also make videos to teach others about beekeeping which can be found on YouTube.

'During the months of July to October, there aren't many flowers in our area, so the bees are too hungry to lay eggs or make honey. When that happens, we have to feed them, so the bee colony won't diminish or leave the hive for somewhere else.To make the food, we use two parts sugar for one part boiling water. We stir it so that it is completely dissolved. Then, we let it cool down, until it cools to 60 degrees C. This is important, because if the temperature is higher than 60 degrees, the sugar will undergo a chemical change, and it can kill the bees. Finally, we pour the sugar water into gallon jugs, so we can bring it to the apiary as needed. At the same time, we are planting plenty of trees, especially trees that blossom in the off-season. That way, a few years from now, the bees will have plenty of flowers all year round. Not only will we no longer need to spend money and effort making sugar water, we will also have more honey to harvest throughout the year.'

The beekeepers
If you would like to know more about this project

Feel free to contact Emilio Travesio via email (emiliotravieso@gmail.com)