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Drawing on a constructionist-poststructuralist feminist perspective, this paper aims to extend thinking on the evolution of entrepreneurial ecosystems by exploring how gendered entrepreneurial ecosystems can become more inclusive.

The paper contends path dependency of entrepreneurial ecosystems, maintains embedded gender bias (and biases against disadvantaged or unconventional entrepreneur groups) and builds an argument for path creation to de-bias entrepreneurial ecosystems. A metaphorical descriptor of entrepreneurial ecosystems is probed as contributing to the gendered entrepreneurial ecosystem discourse. Three propositions, namely on path creation, transformative agency and appropriate metaphors, are derived from the extant literature and an illustrative example employed to interrogate these propositions.

We advance path creation via transformative agency as a means for moving towards inclusive entrepreneurial ecosystems. We provide an alternative metaphor to springboard change to the gendered scholarly discourse on entrepreneurial ecosystems. Our illustrative example lends support to our propositions.

This paper helps lay a foundation for new thinking on change towards inclusive entrepreneurial ecosystems. It provides a powerful argument for broadening the mainstream path dependence view of entrepreneurial ecosystems. It is unique in suggesting a constructionist-poststructuralist feminist standpoint to challenge the dominant discourse on entrepreneurial ecosystems.

Everyone is extremely concerned about environmental protection and health safety due to the rise in living standards. Plant-derived natural dyes have garnered much industrial attention in food, pharmaceutical, textile, cosmetics, etc. owing to their health and environmental benefits. The present study aims to focus on the elimination of the use of synthetic dyes and provides brief information about natural dyes, their sources, extraction procedures with characterization and various advantages and disadvantages.

In producing natural colors, extraction and purification are essential steps. Various conventional methods used till date have a low yield, as these consume a lot of solvent volume, time, labor and energy or may destroy the coloring behavior of the actual molecules. The establishment of proper characterization and certification protocols for natural dyes would improve the yielding of natural dyes and benefit both producers and users.

However, scientists have found modern extraction methods to obtain maximum color yield. They are also modifying the fabric surface to appraise its uptake behavior of color. Various extraction techniques such as solvent, aqueous, enzymatic and fermentation and extraction with microwave or ultrasonic energy, supercritical fluid extraction and alkaline or acid extraction are currently available for these natural dyes and are summarized in the present review article.

If natural dye availability can be increased by the different extraction measures and the cost of purified dyes can be brought down with a proper certification mechanism, there is a wide scope for the adoption of these dyes by small-scale dyeing units.