Delivery robots' green credentials make them more attractive to consumers

ScienceDaily
Aug 13, 2024, 1:20 pm64 pts
The smaller carbon footprint, or wheel print, of automatic delivery robots can encourage consumers to use them when ordering food, according to a new study. The suitcase-sized, self-driving electric vehicles are much greener than many traditional food delivery methods because they have low, or even zero, carbon…

Read Article Share
Share Article
- email
- twitter
- facebook
- pocket
- reddit
- tumblr
- linkedin
- pinterest

Trending Today on EcoTopical

Largest turtle nest in the world revealed in drone study 205

A Pollution Paradox: Western Wildfires Improve Air Quality on the East Coast 128

Southeast Pacific sediment cores are an 8-million-year-old climate archive of temperature effects on the ocean 124

Park guardians or destroyers? Study dissects 2 narratives of DRC’s Indigenous Batwa 123

Scientists Uncover Extreme Life Inside the Arctic Ice 121

From Kitty Hawk to Supernal: The Shrinking Future of eVTOLs 121

Cloudy Cluster 118

Monsoon Rains Flood Pakistan 118

About EcoTopical

Welcome to EcoTopical Your daily eco-friendly green news aggregator.

Leaf through planet Earths environmental headlines in one convenient place. Read, share and discover the latest on ecology, science and green living from the web's most popular sites.

Delivery robots' green credentials make them more attractive to consumers

ScienceDaily

Share Article

Trending Today on EcoTopical

About EcoTopical

Featured

Photos: Indigenous elders push for comeback of the revered Philippine crocodile

Hyundai is now delaying its EV battery plant that was raided by ICE

More than half the world’s forests fragmented in 20 years — but protection…

Bluetti’s new Apex 300 station + bundles get up to $2,377 in exclusive…

AI-powered tool reconstructs missing data to predict coastal oceans' health

Invasive Plants are Rapidly Changing the Tropics

AI to Spark New Recyclable Plastics Design

How Harmful Bacteria Hijack Crops

How do Bacteria Travel on Fungal Freeways? UH Study Explores

How North Carolina trash traps could help inform policy