Go to website to see all 25. Link below.
https://www.trendhunter.com/slideshow/sustainable-textile-innovations
Go to website to see all 25. Link below.
https://www.trendhunter.com/slideshow/sustainable-textile-innovations
Assignment:
Participate in a Textile Sustainability Event. Each student will have a task in the event. The Mending Project, led by upper level textile students, will be present at the event.
Collections:
Student Tasks:
Additional Info/Resources:
https://www.nytimes.com/wirecutter/guides/how-to-get-rid-of-old-clothes/
https://greaterorlando.dressforsuccess.org/get-involved/donate/
https://www.giz.de/en/downloads/giz2021-en-promoting-sustainability-textile-industry.pdf
What are bioplastics?
Bioplastics are made wholly or in part from renewable biomass sources such as sugarcane and corn, or from microbe such as yeast. ... Bioplastics made from renewable resources can be naturally recycled by biological processes, thus limiting the use of fossil fuels and protecting the environment.
Assignment:
Explore the process for making bioplastics. So that we can employ sustainable practices, work sessions will be scheduled during class time. This will allow us, as a group, to utilize and not waste materials.
Bioplastics are biodegradable materials that come from renewable sources and can be used to reduce the problem of plastic waste that is suffocating the planet and contaminating the environment. Does it make any sense to continue using packaging that can take centuries to disappear to pack products that only last days or months?
Plastic is the third most commonly used petroleum derivative in the world; each year 200 million tons of plastic are consumed on the planet. It comes from a non-renewable source (petroleum), it is contaminating and non-biodegradable (it can take more than 1000 years to decompose).
More to see and read from Active Sustainability. Link below:
https://www.activesustainability.com/environment/what-are-bioplastics/?_adin=02021864894
Introduction
Natural dyes are extracted from particular roots, wood, bark, leaves, flowers, nuts, insects, shellfish and mineral compounds.
Assignment:
Explore the various processes of natural dye. So that we can employ sustainable dyeing practices, dye sessions will be scheduled during class time. This will allow us, as a group, to utilize and exhaust several dye pots. We will work together to set up dye baths and clean up. Natural dyes are provided for the students.
Also provided, a yard of 100% cotton PFD (prepared for dye) fabric for each student.
Shibori will be introduced so students can explore various methods of creating pattern/marks on the fabric. The verb "shibori" means to "wring, squeeze, press" in Japanese.
The Mended Spiderweb series came about during a six-week period in June and July in 1998 which I spent on Pörtö. In the forest and around the house where I was living, I searched for broken spiderwebs which I repaired using red sewing thread. All of the patches were made by inserting segments one at a time directly into the web. Sometimes the thread was starched, which made it stiffer and easier to work with. The short threads were held in place by the stickiness of the spider web itself; longer threads were reinforced by dipping the tips into white glue. I fixed the holes in the web until it was fully repaired, or until it could no longer bear the weight of the thread. In the process, I often caused further damage when the tweezers got tangled in the web or when my hands brushed up against it by accident.
The morning after the first patch job, I discovered a pile of red threads lying on the ground below the web. At first I assumed the wind had blown them out; on closer inspection it became clear that the spider had repaired the web to perfect condition using its own methods, throwing the threads out in the process. My repairs were always rejected by the spider and discarded, usually during the course of the night, even in webs which looked abandoned. The larger, more complicated patches where the threads were held together with glue often retained their form after being thrown out, although in a somewhat "wilted" condition without the rest of the web to suspend and stretch them. Each "Rejected Patch" is shown next to the photograph showing the web with the patch as it looked on site.
Artist's website:
http://www.ninakatchadourian.com/uninvitedcollaborations/spiderwebs.php
From sourcing certified cotton to promoting agricultural best practice within and beyond our value chain, we work proactively toward increasingly sustainable operations and supply chains, both as LDC and in collaboration with partner organizations such as the Better Cotton Initiative.
LDC has also begun using a ‘diagnostic’ system that applies DNA to determine the purity and quality of some of its cotton.
Developed by Applied DNA Sciences, the technology uses tiny genetic markers that are sprayed on the cotton at the gin just before packaging. The DNA markers bind to the plant’s fibers and act as a microscopic barcode that can be tracked throughout the supply chain.
The labels PimaCott and Homegrown, which are used to brand the cotton that is traced through DNA, are useful for manufacturers, traders and retailers. And if consumers see these labels on a product, they have an absolute guarantee that the cotton used in its manufacture was responsibly sourced and produced.
Source link for more info.
https://www.ldc.com/product/textiles-fibers/
Clare Cassidy Rhys Conner Gem Hansen Hayley Harris Julia Hewitt Sophia Johnston Laurel Koschal Owen Lindsey Colin Locatell Alaina Medina E...