<?xml version="1.0" encoding="utf-8"?><!DOCTYPE Zthes SYSTEM "http://zthes.z3950.org/schema/zthes-1.0.dtd">  <Zthes><term><termId>168</termId><termName>Industrial Symbiosis Index</termName><termType>TT</termType><termLanguage>en-EN</termLanguage><termVocabulary>SYMSITES</termVocabulary>	<termStatus>active</termStatus>	<termApproval>approved</termApproval>	<termSortkey>Industrial Symbiosis Index</termSortkey><termNote label="Scope"><![CDATA[ <p>SYMSITES K-SDSS </p> ]]></termNote><termNote label="Source"><![CDATA[ <div class="csl-bib-body" style="line-height: 1.35; margin-left: 2em; text-indent: -2em;">
<div class="csl-entry">Felicio, Miriã, Daniel Amaral, Kleber Esposto, and Xavier Gabarrell Durany, “Industrial Symbiosis Indicators to Manage Eco-Industrial Parks as Dynamic Systems”, <em>Journal of Cleaner Production</em>, Vol. 118, April 2016, pp. 54–64.</div>
</div> ]]></termNote><termNote label="Definition"><![CDATA[ <p>The <strong>Industrial Symbiosis Index (ISI)</strong> is an index showing how well waste is being reused based on factors like regulations, hazards, usability, and problems associated with each waste type.</p>
<p>Higher ISI means better environmental performance (more reuse, less landfill). </p>
<p>It is used in the k-SDSS Agent-based modelling.</p> ]]></termNote><termNote label="Definition"><![CDATA[ <p>The <strong>Industrial Symbiosis Index (ISI)</strong> is an index showing how well waste is being reused based on factors like regulations, hazards, usability, and problems associated with each waste type.</p>
<p>Higher ISI means better environmental performance (more reuse, less landfill). </p>
<p>It is used in the k-SDSS Agent-based modelling.</p> ]]></termNote><termCreatedDate>Industrial Symbiosis Index</termCreatedDate></term>  </Zthes>