TC Energy Corporation confirmed today that after a comprehensive review of its options, and in consultation with its partner, the Government of Alberta, it has terminated the Keystone XL Pipeline Project (the Project).
Construction activities to advance the Project were suspended following the revocation of its Presidential Permit on January 20, 2021. The Company will continue to coordinate with regulators, stakeholders and Indigenous groups to meet its environmental and regulatory commitments and ensure a safe termination of and exit from the Project.
by Lisa Sheppard, Prairie Research Institute
Scientists studying birds have the data, and conservation managers make the decisions in the field, but if the two groups collaborate, together they can form the best outcomes on real-world bird conservation issues, according to an Illinois Natural History Survey (INHS) ecologist.
Translational ecology is a technique in which those who conduct the science and those who use the information partner to ensure that management decisions are scientifically based. The approach is especially applicable to issues such as conflicts between wind turbines and birds and predator management in which there are several opposing viewpoints, said Auriel Fournier, director of the INHS Forbes Biological Station.
“Often, what we see in traditional research is that scientists try to answer the scientific questions and then tie the information back to management of bird populations, but there is no discussion about the issues managers need to have addressed,” said Fournier. “As a result, there is a mismatch between the data and the issue that managers are dealing with. The conversation needs to start on day one with scientists soliciting feedback from folks on the ground.”
Translational ecology offers six principles, including collaboration, engagement, commitment, communication, process, and decision framing. In this process, other entities may become involved, including non-profits, organizations, government agencies, and university Extension.
All parties share their knowledge and commit to a long-term collaboration. Relationship-building gives individuals a sense of ownership in solving challenges and a decision framework that helps to achieve outcomes based on the managers’ needs, values, and timeframes.
In one example of how translational ecology works, the authors applied the technique to a conflict about free-roaming cats in Ontario, Canada. Wildlife enthusiasts recognize cats at threats to birds and small mammals, while others feel that cats benefit from having free range outdoors.
In the early 2010s, a group convened in Guelph, Ontario with representatives from humane societies, veterinary clinics, community science initiatives, government wildlife services, and ornithologists to form the Guelph Cat Population Task Force. The group co-authored a white paper compiling research related to birds and cats.
From this early work, Nature Canada created the coalition Keep Cats Safe and Save Bird Lives to foster an understanding of stakeholders’ values, goals, and diverse perspectives and emphasize their commonalities. Committee members promoted building relationships and buy-in of the shared goals. As a result, they identified needed research, developed policy recommendations, and promoted education.
“There are never easy answers to some issues related to bird conservation, particularly because these are not strictly scientific problems, but may also be social, political, and legal problems as well,” Fournier said. “By building partnerships through the translation ecology approach, data and information that managers will use can be exchanged.”
If the process is effective, policy makers’ and conservation managers’ decisions will be better informed and the science will be more applicable to real-world situations. Ideally, managers will be more open to considering different decisions than they might have made without the collaboration. In other cases, they may make the same decisions but have the knowledge needed to justify their choices.
Fournier is co-author of an article in the journal Ornithological Applications, which is available through certain university networks.
This post originally appeared on the Prairie Research Institute blog. Read the original post here.
Read the full story from the CBC.
New studies out of Nova Scotia show oil made from marine algae grown in tanks can replace wild-caught fish as a key feedstock in salmon farming.
Read the full story from San Diego State University.
A new approach to genomic species delineation could impact policy and lend clarity to legislation for designating a species as endangered or at risk. Evolutionary biologists model the process of speciation, which follows population formation, improving on current species delineation methods.
Read the full story at Mongabay.
As the world searches for solutions to global climate change, tree planting has become increasingly popular, with ambitious campaigns aiming to plant billions or trillions of trees.
These projects often have other environmental goals, too, like regulating water cycles, halting soil erosion and restoring wildlife habitat. They also often have socioeconomic goals, like alleviating poverty.
But how effective is planting trees at accomplishing all this, and how strong is the evidence for this effectiveness? To find out, Mongabay engaged a team of researchers who conducted a non-exhaustive review of relevant scientific literature.
When it comes to covering climate change and environmental crisis, journalists are missing a major hook: religion, faith and spirituality. Journalists on nearly every beat, along with every government department under the Biden Administration, are realizing that climate change is now too big a story to be siloed under “environment.” But as the conversation shifts, one major realm of human existence sits on the sidelines: how religion and spirituality shape the relationship between humans and their environment.
From environmental justice activism in communities of color to environmental humanities programs at Ivy League institutions, this link is being made, but rarely is this cross-fertilization well represented by media. The Religion & Environment Story Project (RESP) is launching to help journalists find these missing stories and tell them well — by opening applications for a new fellowship and by funding story grants through SEJ’s Fund for Environmental Journalism.
- Amanda Baugh, Author, “God and the Green Divide: Religious Environmentalism in Black and White” and Associate Professor of Religious Studies, California State University, Northridge. LinkedIn.
- Sumanth Prabhaker, Editor, Orion Magazine; Advisory Board Member, Religion & Environment Story Project (RESP). LinkedIn.
- Sigal Samuel, Staff Writer, Vox. @SigalSamuel
Read the full story in GreenBiz.
The below list includes nearly 30 certifications that will help you understand the landscape of professional certifications in sustainability. The focus of this list is on professional certifications for practitioners only or, put another way, certifications that demonstrate that you as a person have a specific skill or knowledge set.
Read the full story at Cosmetics & Toiletries.
Lubrizol Life Science–Beauty’s AlgaPūr High Stability High Oleic (HSHO) algae oil (INCI: Triolein) won third prize in the BSB Innovation Awards in the category ‘Natural Products/Raw Materials for hair care.’
The European award recognizes innovation in cosmetics, natural products, chemical raw materials as well as packaging and concepts.
As previously reported, AlgaPūr HSHO algae oil is a bio-based oil derived from microalgae that was originally sourced from chestnut tree sap. It has a high sustainability profile and proven efficacy, delivering multiple benefits for hair and scalp care. It is a natural ingredient produced through fermentation, is readily biodegradable and has a low environmental footprint for water, carbon and land use.
Read the full story from the Helmholtz Centre for Environmental Research – UFZ.
Among other things, dams serve as reservoirs for drinking water, agricultural irrigation, or the operation of hydropower plants. Until now, it had been assumed that dams act as net carbon stores. Researchers have now shown that dams release twice as much carbon as they store.