Sections of ESG Report

Returns multiple sections of a Segment Benchmarking report in a single request.

This is more efficient than calling each section endpoint individually, and less payload than using the /esg/v3/fullreport endpoint.

Below is a reference table of all available sections and their descriptions. The response will vary depending on the included section(s).

Available Sections

Section Name	Params to include in the Body in `ReportSections` array	Description
Title	`title`	Official IBISWorld report title used in cataloging, search, and display.
ESG Score	`esgscore`	Presents the overall ESG rating, combining environmental, social, and governance performance into a single composite measure of sustainability maturity.
ESG Component Scores	`esgcomponentscores`	Breaks down the total ESG score into its component factors—Environmental, Social, and Governance—each with underlying metrics for detailed performance assessment.
Environmental Score	`environmentalscore`	Aggregates the industry’s environmental performance across multiple components (e.g., energy efficiency, emissions, waste, and water use), producing a normalized score out of 10.
Social Score	`socialscore`	Measures social performance across indicators such as pay equality, workforce diversity, First Nations participation, and employee welfare.
Governance Score	`governancescore`	Details governance-related metrics (e.g., modern slavery, regulatory compliance, tax transparency), showing how effectively the industry manages accountability and ethical practices.
Climate	`climate`	Identifies key climate-related risks and opportunities facing the industry, such as transition and physical risks, including actions and financial impacts associated with sustainability initiatives (e.g., e-waste recycling, circular economy participation).
Environmental Statistical Trends	`environmentalstatisticaltrends`	Tracks environmental indicators such as energy efficiency, greenhouse gas emissions, and waste management over time, benchmarked against national and subdivision averages. German (`DE`) reports track four additional environmental issues not tracked for AU/UK: Environmental Management System, Environmental Protection Investment, and Water Consumption.
Social Statistical Trends	`socialstatisticaltrends`	Shows social indicator trends (e.g., gender pay gap, diversity, leave benefits) with historical and comparative benchmarks against national averages. German (`DE`) reports track one additional social issue not tracked for AU/UK: Accidents per 1,000 Employees.
Statistical Trends	`statisticaltrends`	Combines environmental and social metrics into a unified trend analysis, enabling users to view sustainability performance holistically across time and context. German (`DE`) reports return 10 issues instead of the 6 returned for AU/UK — the four issues listed above, in addition to the standard set.
Supply Chain	`supplychain`	Maps the industry’s tiered supplier and buyer network, linking ESG scores across related industries to visualize upstream and downstream sustainability dependencies.
Regulation	`regulation`	Outlines relevant legislation and standards affecting ESG performance, such as safety laws, modern slavery acts, and compliance frameworks that shape industry practices.
Company ESG Assessments	`companyesgassessments`	Provides qualitative ESG assessments of major companies in the industry, summarizing their environmental, social, and governance challenges, responses, and financial impacts.

Request

Authorization

Add the parameter

Authorization

to Headers，whose value is to concatenate the Token after the Bearer.

Example:

Authorization: Bearer ********************

Body Params application/json

Examples

Germany - C20.13DEUK - B08.110AU - C2431

{
    "Country": "DE",
    "Code": "C20.13DE",
    "Language": "German",
    "ReportSections": [
        "Title",
        "EnvironmentalScore",
        "EnvironmentalStatisticalTrends",
        "ESGScore",
        "ESGComponentScores",
        "GovernanceScore",
        "Regulation",
        "SocialScore",
        "SocialStatisticalTrends",
        "StatisticalTrends",
        "SupplyChain"
    ]
}

Request Code Samples

Shell

JavaScript

Java

Swift

PHP

Python

HTTP

Objective-C

Ruby

OCaml

Dart

Responses

🟢200Success

application/json

Bodyapplication/json

Examples

Electric Cable and Wire Manufacturing in AustraliaStone Quarrying in the UKHerstellung von anorganischen Grundstoffen und Chemikalien

{
    "Sections": [
        {
            "RequestedSection": "Title",
            "StatusCode": 200,
            "Body": {
                "Title": "Electric Cable and Wire Manufacturing in Australia"
            }
        },
        {
            "RequestedSection": "Climate",
            "StatusCode": 200,
            "Body": {
                "ClimateRisksAndOpportunities": {
                    "TransitionRisks": null,
                    "TransitionOpportunities": [
                        {
                            "Event": "Use of recycling",
                            "Level": "Medium",
                            "TimeFrame": "Medium-term",
                            "Question": {
                                "PlainText": "How does your business intend to take advantage of the opportunity associated with electronic waste recycling?",
                                "HTML": "<p>How does your business intend to take advantage of the opportunity associated with electronic waste recycling? </p>"
                            },
                            "FinancialImpact": {
                                "Name": "Reduced operating costs (e.g., through efficiency gains and cost reductions)",
                                "Element": "Revenues",
                                "Analyses": [
                                    {
                                        "PlainText": "The growing concern about the environmental impact of electronic waste (e-waste) drives governments and consumers to push for sustainable practices. This has led the Electric Cable and Wire Manufacturing industry to adapt by incorporating recycling initiatives, sustainable design principles and responsible disposal methods.",
                                        "HTML": "<p>The growing concern about the environmental impact of electronic waste (e-waste) drives governments and consumers to push for sustainable practices. This has led the Electric Cable and Wire Manufacturing industry to adapt by incorporating recycling initiatives, sustainable design principles and responsible disposal methods.  </p>"
                                    },
                                    {
                                        "PlainText": "While these changes may require significant investments initially, they can lead to reduced waste generation, improved resource efficiency, enhanced brand reputation and the potential to attract eco-conscious consumers – ultimately positively impacting the industry's bottom line.",
                                        "HTML": "<p>While these changes may require significant investments initially, they can lead to reduced waste generation, improved resource efficiency, enhanced brand reputation and the potential to attract eco-conscious consumers – ultimately positively impacting the industry's bottom line. </p>"
                                    }
                                ]
                            },
                            "HowToTakeAction": [
                                {
                                    "PlainText": "Electric Cable and Wire Manufacturers can implement convenient and effective collection systems to ensure the proper disposal of e-waste by partnering with certified recyclers or participating in government-led initiatives.",
                                    "HTML": "<p>Electric Cable and Wire Manufacturers can implement convenient and effective collection systems to ensure the proper disposal of e-waste by partnering with certified recyclers or participating in government-led initiatives. </p>"
                                },
                                {
                                    "PlainText": "Manufacturers can also incorporate recyclable materials into product designs and avoid harmful materials like halogen and lead.",
                                    "HTML": "<p>Manufacturers can also incorporate recyclable materials into product designs and avoid harmful materials like halogen and lead. </p>"
                                },
                                {
                                    "PlainText": "Promoting modular designs to facilitate disassembly and recycling and exploring partnerships with recyclers can lead to increased consumer participation in the circular economy.",
                                    "HTML": "<p>Promoting modular designs to facilitate disassembly and recycling and exploring partnerships with recyclers can lead to increased consumer participation in the circular economy. </p>"
                                },
                                {
                                    "PlainText": "Companies in this industry can conduct awareness campaigns to educate buyers, retailers and other stakeholders about the importance of e-waste recycling, proper disposal methods and potential environmental benefits.",

🟢204204

🟠403403

🟠401401

Available Sections#

Request

Request Code Samples

Responses

Available Sections