Environment - Laboratory News

While technology and collaboration has made it possible for many to consider giving up their commute entirely, Jane Kennedy looks at those whose only option is to work out of...

Biology, Comment And Analysis, Environment, Health & Safety, Life Sciences, Medical/Health, Policy

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eDNA and metabarcoding for monitoring biodiversity

July 17, 2022

As the impact of anthropogenic change on environmental biodiversity becomes an increasingly pressing topic of research, Lab News paraphrases a presentation given by Professor Simon Creer which outlines practical methods...

Biological Sciences, Biotechnology, Comment And Analysis, Earth & Environmental, Earth & Environmental Sciences, Environment, Environmental, Genetics

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Arboreal anural amphibians amaze academics

July 9, 2022

A study intended to track tree-dwelling mammal species has uncovered a surprise occupant in the branches – toads.

Biology, Botany, Environment, Environmental, Geology

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Innovations in geodetics for environmental research

July 4, 2022

Feature

From coastal landslide modelling to mapping geological hazards, monitoring active lava domes and biodiversity management, Lee Jones explains how drone-based and terrestrial LiDAR scanning has transformed image capture for environmental...

Biotech, Earth & Environmental, Environment, Geology, Geophysics, In Depth

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Leading chemical and utility firms join RSC polymer sustainability task force

July 2, 2022

Chemistry, Earth & Environmental, Materials, Physics & Engineering

The Royal Society of Chemistry (RSC) has announced four leading industry recruits have joined its Sustainable Polymers in Liquid Formulation (PLFs) task force.

Chemical Engineering, Chemistry, Earth & Environmental, Energy, Engineering, Environment, Environmental Chemistry, Materials, Materials Science, Policy

RSPB report criticises poor regulation of 150 pesticides

July 2, 2022

The Royal Society for the Protection of Birds (RSPB) has attacked current risk assessments for chemicals used in UK farmland, claiming these are inadequate to guard wildlife.

Biological Sciences, Biology, Earth & Environmental, Earth & Environmental Sciences, Environment, Environmental, Policy

Turning drought into opportunity

June 29, 2022

Chemistry, Earth & Environmental, Physics & Engineering

Mineral physics can help provide a solution to water shortage and its applications may not be limited only to our own world, suggests Sabrina Lautin.

Astronomy, Astrophysics, Chemistry, Comment And Analysis, Earth & Environmental, Energy, Environment, Environmental Chemistry, Geology, Oceanography

Cambridge’s ninth fund underlines place as UK uni spin-outs investment leader

June 26, 2022

Chemistry, Earth & Environmental, Life Sciences, Physics & Engineering

Cambridge University has cemented its standing as the UK leader for university spin-outs with the formation of its ninth successive investment fund.

Biotech, Energy, Engineering, Environment, Food & Bev, Forensics, Pharmaceutical

How food microbiology contract labs can drive sustainable impact

June 19, 2022

Safe and trusted food is essential for the food industry to prosper — especially in today’s landscape of increased transparency.

Comment And Analysis, Environment, Environmental, Food & Bev, Food & Beverage, Food and Drink, Food Science, Health & Safety, Microbiology

In agro: field labs and farmer-led research

June 19, 2022

The Innovative Farmers not for profit network brings together farmers and growers with researchers to enable field trials (pun intended). A decade's worth of on-farm trial results demonstrate farmer-led research...