Introduction to the GBS – A tool to assess the
biodiversity footprint of businesses and financial assets
July 5th, 2021
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15:30 – 15:45: Welcome
15:45-16:50:
• Context and overview
• Methodology of the GBS and MSA metric
• B4B+ Club
• Details about the evaluation process and GBS pricing
• GBS’s solutions for financial institutions
16:50-17:50: Case Studies Presentation
17:50-18:00: Common standard
Agenda
Introduction to the Global Biodiversity Score
A private subsidiary of the Caisse des Depôts Group, the French largest public financial institution
CDC Biodiversité, a Nature-Based Company
A trusted third party
Engagement over the long
run Technical and
financial risk management
Activities
Biodiversity offsets operator
Conducting voluntary biodiversity restoration actions for businesses
Management of the Club for Positive Biodiversity Businesses (Club B4B+)
Research and publication activities on biodiversity economics, biodiversity financing mechanisms and natural capital
Three characterics of our action
Context and overview
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Let’s start by getting to know each other…
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Context: a massive loss of ecological integrity
This loss can be quantitatively linked to five main direct drivers, caused by
indirect drivers
Most of the activities impacting biodiversity lack a satisfactory framework to measure, avoid, reduce and offset their impacts
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Do you know the 20 Aichi targets?
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The GBS makes it possible to take into account business actions and align them with international targets
The planet crossed the planetary boundary for functional biodiversity and the contribution of businesses can be measured
The GBS supports businesses involved in the Science Based Target Network to set relevant targets in
relationship with the planetary boundaries Step 1 must be
conducted within 1 year of joining the Corporate
Engagement Program
Ecosystems
Source: SBNTInterimGuidance
1 Assess
2 Interpret Prioritize
3 Measure
Set Disclose
4
Act 5
Track
Biodiversity Footprint assessment (BFA) Screening
The prerequisites for a biodiversity footprint for businesses and financial institutions
Quantitative
Global
Spatialized
Transparent
Cross-sectoral
Scientifically consensual
Multiple needs, multiple tools
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What biodiversity measurement tools do you know of?
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The GBS fits within this context
GBS Metric: MSA%
Describes ecosystems’ integrity between 0% and 100%
F o re st e co sy st em
MSA = 100%
MSA = 70%
MSA = 50%
MSA = 30%
MSA = 10%
The Mean Species Abundance (MSA): computation
UNDISTURBED DISTURBED
Rules
- Only species present in undisturbed situation count - Abundance can’t exceed 100%
MSA
1 MSA.m² loss
is equivalent to
artificialisation of 1 m² of pristine natural areas
GBS assessments unit
MSA% Area impacted
GBS unit: MSA.m²
Describes impacts in terms of artificialisation
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According to you, what aspects of biodiversity are measured by the MSA?
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GBS: A corporate biodiversity footprint assessment tool evaluating the impact of companies and investments on biodiversity at a corporate level
Links data on economic activity to pressures on biodiversity, and translates them into biodiversity impacts
Results expressed in MSA.km2 with MSA the Mean Species Abundance, a metric characterizing the intactness of ecosystems
GLOBIO and the GBS cover the key pressures for the majority of sectors – terrestrial
biodiversity
- Land use
- Fragmentation of natural habitats - Human
encroachment - (Infrastructure)
Pressures due to resources extraction (crops, woodlogs, mining…)
Climate change
- Atmospheric
nitrogen deposition - Terrestrial
ecotoxicity
Not yet covered
GLOBIO and the GBS cover the key pressures for the majority of sectors – freshwater
biodiversity
Wetland conversion
Hydrological disturbance due to direct water use Hydrological
disturbance due to climate
change
- Land use in
catchment of rivers - Land use in
catchment of wetlands - Freshwater
eutrophication - Freshwater
ecotoxicity
Not yet covered
GBS accounts separately for permanent and
additional impacts. Static impacts inform on the state of biodiversity…
Static impacts
Biodiversity state
Remaining biodiversity
Static impact
0 MSA100%
0 MSA 100% 0 100%
MSA
GBS accounts separately for permanent and additional impacts. Static impacts inform on the state of biodiversity while dynamic impacts inform on biodiversity changes
Dynamic impacts
Biodiversity changes
The extension of urban area over natural areas generates a dynamic impact
- =
Dynamic impacts
GBS key features: an aggregated metric considering impact stocks and flows in the whole value chain
• Ecosystem integrity
• MSA.km²
1. Aggregated metric
• Permanent impacts (static) and additional impacts (dynamic) are separated
2. Stocks and flows of impacts
• Impacts are computed per Scope of the value chain
3. Whole value chain
Frequently asked questions
What is the reference used by the GBS for the biodiversity state?
MSA = 100% refers to an “undisturbed” ecosystem (no historical baseline).
Note that it is different than the reference in the context of a company’s footprint computation which refers to the biodiversity state at the
beginning of the evaluation period.
Can a desert and a tropical forest both reach a MSA of 100%?
Yes but in the future we consider introducing weightings to take into account biome’s species richness and abundance.
Does the GBS consider that transforming a natural forest into intensive agriculture has the same impact in Cambridge and in the Atlantic forest?
Yes but in the future we consider introducing weightings to take into account ecosystem’s scarcity and vulnerability.
FAQ
Does the GBS take into account upstream and downstream impacts?
At the moment upstream impacts are accounted for. The objective is to also take downstream impacts into account.
Has the MSA been measured through ecological surveys?
Pressure-impact relationships were derived from a meta-analysis of scientific articles which are all field-based ecological surveys. Then MSA values are generally computed based on those relations.
Are the models and data underlying the GBS regularly updated?
Yes. GLOBIO for instance is regularly updated, in average every 4/5 years.
Does the GBS take into account marine biodiversity and invasive species?
Not yet as we couldn’t identify suitable data.
FAQ
Are regulatory compensation measures taken into account in the GBS?
The GBS is not a substitute for existing tools and approaches for applying the regulatory mitigation hierarchy sequence.
The co-benefits of these measures for ordinary biodiversity can be assessed with the GBS, outside the mitigation
hierarchy framework.
Does the GBS also offer a qualitative assessment of the biodiversity performance of companies?
Yes, the Biodiversity Footprint Assessments that the GBS will allow provide for a screening phase going beyond the impacts assessed with the GBS and a qualitative analysis phase.
FAQ
Towards corporate biodiversity targets – Companies and brand with quantitative targets
Company
or brand Industry Targets
State of biodiversity Pressures Others
Acciona Building Neutral biodiversity footprint
Alpro Food
No official target yet But seek to be one planet compatible ASN Bank Finance Net positive effect on
biodiversity in 2030
Danone Food
• 0 deforestation by the end of 2020
• Promotion of regenerative agriculture practices in favor of animal & plant biodiversity
• Reduction in the total volume of water consumption by 25% by 2030 & action plan for water- stressed watershed
• Carbon neutrality by 2050
Grupo Red
Eléctrica Energy
Positive net impact on natural capital in the vicinity where its facilities
• Reduction of water consumption in all work centres to 6.5
m³/employee/year in 2030
• 100 % reduction in the use of
• 0 % single-use plastics in 2030
• 0 % waste to landfill in 2030
Towards corporate biodiversity targets – Companies and brand with quantitative targets
Company
or brand Industry Targets
State of biodiversity Pressures Others
GSK Pharmaceu -ticals
Net positive impact on nature by 2030
Iberdrola Energy
No Net Loss of biodiversity by 2030 working to ensure that new facilities deliver a net positive impact on
biodiversity, where possible (Scope 1)
•Reducing its CO2 emissions by 50% in 2030 with respect to 2007 and becoming carbon
neutral by 2050, with its emissions in Europe projected to be almost zero by 2030.
Avoiding new infrastructures in designated conservation areas
Kering Luxury
Net positive impact on biodiversity by 2025 (regenerating &
protecting 6x the total land footprint of its supply chain)
Convert 1 million ha of farms and rangelands in its supply chain landscapes into regenerative agriculture by 2025
Protect an additional 1 million ha of critical, ‘irreplaceable’ habitat outside of its supply chain by 2025
L’Oréal Cosmetics
Flat land occupancy vital to the sourcing of ingredients compared to 2019
• 100% sustainable sourcingof bio-based materials by 2030 (none linked to deforestation)
• 100% of sites with positive impacts on biodiversity compared to 2019, by 2030 Solvay Chemistry -30% pressure on biodiversity
A stepwise approach to use the best data
available
Stepwise approach
The data yielding the most precise impacts are also the less available
• Fauna inventories
• Flora inventories
Survey
• GHG
• Land use type
• Pollutions
Pressure
• Extraction
• Emissions
Raw materials Physical flows
• Turnover
• Purchases
Financial
Precision
Availability
The "Scope" concept allows to take into account biodiversity impacts throughout the value chain
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Do you use the notions of Scope 1, 2, and 3 from the GHG Protocol in your company?
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Linkages between the default and refined approaches
The B4B+ Club
Members and partners of the B4B+ Club
Members and partners of the B4B+ Club
Companies and investors will be able to conduct their own Biodiversity Footprint Assessments or to work with assessor companies or rating agencies
GBS Licenses
Use of the software
No Yes, internal use
Yes, external use (selling BFA)
No No license License
B4B+ Club (including
License Extension) + Assessor level 2
Publication of the results
Yes
License
+ Assessor level 2
(if the brand is used) License
+ Assessor level 2
B4B+ Club (including
License Extension) + Assessor level 2 License
License fee for investors and companies (out of the B4B+ Club) : 1500€ excl. VAT/ year
The B4B+ Club
• 1 license for internal use
• 2 nominative licenses for commercial use
Included licenses
• 3 annual meetings
• Regular literature updates on biodiversity footprint assessment
• Presentation of GBS upgrades and new developments
• Network of businesses and experts on biodiversity footprint
• Sharing best practices
• Technical support via quarterly webinars and telephone
Content
• 6500€ excl. VAT / year
Membership
NB: please be aware that written supports shared via the B4B+ Club are mixed English/French
• Since the GBS 1.2 is still under development and some technical problems can still occur, the B4B+ members have access to some technical support, via quarterly webinar and telephone
• CDC Biodiversité will also ensure that software problems that make it impossible to calculate impacts are resolved within one working week
• Please be aware that the technical support is limited to users running Windows and using Microsoft Excel.
The technical support via the B4B+ Club
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Do you think that your company might be interested in joining the Club of Businesses for Positive Biodiversity (B4B+ Club)?
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GBS Trainings & Evaluations
LEVEL 1 TRAINING
Introduction to the GBS tool and to Biodiversity Footprint Assessments
- Draw a link between biodiversity erosion and companies’
activities
- Get familiar with the good unfolding of a Biodiversity Footprint Assessment (BFA)
- Understand requirements to use the GBS and its results
- 1 day, 15 trainees
- Next session in 2021: 23rd – 24th September (online) - EUR 1600 / trainee VAT excluded
LEVEL 2 TRAINING
- Lead a comprehensive GBS-based Biodiversity Footprint Assessment (BFA) of your organization
- Accompany your client in a BFA and formulate effective recommendations
- Manage all the functionalities of the tool
- Level 1 training required - 2 days, 8 trainees maximum
- Next session in 2021: 4th to 7th October (half-day online) - EUR 3500 / trainee VAT excluded
Mastering the tool and conducting Biodiversity
Footprint Assessments
3 promotions already
57 financial or non-financial
institutions, or consulting companies
Next sessions online:
• Level 1:
• 23-24 September 2021 (Half- day still needs to be confirmed)
• Level 2:
• 4-7 October 2021 (Half-day still needs to be confirmed)
More information and pre-registration for the next sessions here
32 financial or non-financial
institutions, or consulting companies
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Would you be interested in doing a GBS training ?
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Steps of a GBS-based Biodiversity Footprint Assessment
1. Framing 2. Data
collection 3.
Computation 4. Analyses 5. Strategy and action
plan
Perimeter Screening of
biodiversity issues Perimeter Screening of
biodiversity issues
Surveys Pressures Inventories
Financial Surveys Pressures Inventories
Financial
Quantitative Qualitative Quantitative
Qualitative
Targets Objectives
Actions Monitoring
Targets Objectives
Actions Monitoring
Modalities of a biodiversity footprint assessment with the GBS
Duration : 3 – 6 months Price : 40 – 60 k€ HT
For more information on the assessments:
gbs@cdc-biodiversite.fr
Who can conduct a BFA?
Our trained consultants are also available to you!
B&L évolution SCOP EC Sylvain Boucherand Biodiv'Corp Véronique Dham
BioPerf.biz Olivier Schär
Blooming Kevin Mozas
I Care & Consult Eliette Verdier INDEFI Clémence Laurencel
Nomadéis Stéphane Baudé
The Biodiversity Consultancy (TBC) Adeline Serckx
Utopies Pierre Viard
can conduct your biodiversity footprint assessment.
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GBS for financial institutions
GBS proposals for financial institutions
Biodiversity Impact Analytics powered by the GBS®
database Global biodiversity score for
financial institutions
GBSFI BIA-GBS
Launch of BIA-GBS on 8th July 2021 : registration here.
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Would you be interested in the GBS’s proposals for financial institutions?
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GBS critical review committee
Objectives of the review committee
The robustness and transparency of the tool are reinforced by a GBS critical review committee
Verifying the consistency and quality of the tool based on its stated goals, scope and limits
Suggesting improvements to the tool
Assessing the consistency / relevancy with other
existing tools and public policies
Technical assistance
The robustness and transparency of the tool are reinforced by a GBS critical review committee
Experts panel
Methodological review
Stakeholder- panel
Utility of the GBS and coherence with other
existing tools
Secretariat
Deliverables
From CDC Biodiversité : 11 technical reports
From the committee: final report (experts and stakeholders)
Pressures on biodiversity
• Pressures on terrestrial biodiversity
• Pressures on
aquatic biodiversity (eau douce)
• Ecotoxicity
Raw materials
• Crops
• Livestock & Grazing
• Woodlogs
• Metals and minerals
• Oil and gaz
Overall methodology
• Core concepts
• Input/Output models
• Quality assurance
Case studies - application of the GBS
Overview of the case studies already published
GRTgaz - Arc de Dierrey
C/ Biodiversity management &
performance Business application
supported
1/ Public policy
2/
Corporate
& portfolio
3/ Supply options
4/ Product
& service 5/ Project / site
A/ Assessment / rating by and for third parties with
external data
B/ + C/
B/ Biodiversity accounting for external
audited disclosure
GRTgaz - Arc de Dierrey Mirova – 6
companies BNPP AM -
portfolio
Veolia - VEDIF
Solvay – Ferulic acid
Michelin - Rubber Schneider
Electric
AFD – Wolong
lake EDF
Suez CDC GDA
Schneider Electric – First full scale
Biodiversity Footprint Assessment (BFA)
Case study in brief (1)
Footprint use category: Corporate level
Business application: Biodiversity accounting for internal reporting and/or external disclosure (Biodiversity accounting for external audited disclosure)
Assessment time: Year of assessment 2020, based on 2019 data
*
*dynamic
Reference : Schneider Electric, & CDC Biodiversité. (2020). Assessing biodiversity footprint, the occasion to accelerate corporate biodiversity strategy. Link
Why
: Quantify biodiversity hotspots and opportunities all along
Schneider Electric’s value chain, with a global and scientific approach
What: End-to-end (Scope 1, 2 and 3 upstream) impacts
When: 2019
For whom:
• Environmental & strategy teams at Schneider Electric
• External stakeholders, including a call to action to other businesses
How often: to be defined, depending on GBS updates. Foreseeable
updates every 3 years, to monitor progress
How detailed: Corporate level, aggregating data from different levels,
such as environmental sites reporting or procurement data by
categories
Case study in brief (2)
Data collected & used in the assessment
Item Details Source
Land occupation
Scope 1 surface of the land occupied by manufacturing facilities, distribution centers (logistics), and offices (m2)
Internal reporting &
calculations Water consumption
and withdrawal
Scope 1 volumes of water consumed or
withdrawn by site or by country (m3) Extra financial reporting GHG emission GHG emissions for Scope 1, 2 and 3
(upstream and downstream) (kg CO2-eq)
Already available - extra financial reporting
Raw material purchases
Tonnages of metal ores, crude oil and wood logs purchased (t)
Internal reporting, carbon footprint;
calculations & specific assumptions
Purchases Breakdown of direct purchases by
procurement category (EUR) Internal reporting Turnover (EUR) Total turnover and break down by industry
and country (EUR)
Financial reporting & internal reporting
Energy
Electricity bought by country and technology.
Fossil fuels bought for heating.
Extra financial reporting + specific calculation & HP
Reference : Schneider Electric, & CDC Biodiversité. (2020). Assessing biodiversity footprint, the occasion to accelerate corporate biodiversity strategy. Link
Most data required by GBS readily available from CO2 efforts
Lot of synergies with current reporting, however with strong differences in terms of data availability
End to end Schneider Electric’s biodiversity footprint (terrestrial dynamic results)
Results are expressed in terrestrial dynamic MSA.km² The scales are different to keep the graphs readable Reference : Schneider Electric, & CDC Biodiversité. (2020). Assessing biodiversity footprint, the occasion to accelerate corporate biodiversity strategy. Link
Focus on terrestrial dynamic (MSA.km2/k€)
Focus on aquatic static (MSA.km2/k€)
Reference : Schneider Electric, & CDC Biodiversité. (2020). Assessing biodiversity footprint, the occasion to accelerate corporate biodiversity strategy. Link
Measure and disclose transparently biodiversity impacts, is the first key step
The identification of hotspots (climate change and metal and timber extraction, water, land use) allowed to reinforce current environmental strategy
• Develop solutions and technologies that support biodiversity preservation
• Engage and transform the value chain
• Act local and engage people, leveraging coalitions and partnerships
Commit and align biodiversity targets on science
New sustainability strategy includes several indicators related to biodiversity:
• Engage the supply chain (resources)
– Increase green material content in SE’s products to 50%
– 100% of primary and secondary packaging is free from single-use plastic and uses recycled cardboard
• Climate
– Deliver 800 megatons of saved and avoided CO2 emissions to customers – Reduce CO2 emissions from top 1000 suppliers’ operations by 50%
• Local actions
– 100% of sites with local biodiversity conservation and restoration programs
Conclusions
Metric:
• Further integrate species extinction and genes in the biodiversity strategy
GBS:
• Cover marine biodiversity, the invasive alien species pressure and pollution of plastic waste
• Refine the aquatic biodiversity assessment to reduce uncertainties
Data:
• Refine the estimations of raw material tonnages, and of the recycled content
Limitations & Improvements
Reference : Schneider Electric, & CDC Biodiversité. (2020). Assessing biodiversity footprint, the occasion to accelerate corporate biodiversity strategy. Link
GDA – Assessment of a portfolio with the GBS
Caisse des Dépôts signed the Finance for Biodiversity Pledge on September 25th, 2020
Finance for Biodiversity Pledge is supported by 26 financial institutions from
10 countries and representing €3,000 bn of assets managed
“…..contribute to the protection and restoration of biodiversity in our financial activities and investments.” Eric Lombard, CEO.
CDC Engagement
Case study on a European Large Cap Equity universe performed by CDC (GDAP) and analysis conducted by CDC Biodiversite with the Global Biodiversity Score® tool
Data input: financial data only, based on Factset® data, using the EXIOBASE nomenclature for regions and industry groups.
Questions explored:
What are the impacts on biodiversity of the Large Cap Equity universe?
Because of which industries and which pressures?
How does the assessment inform strategies to reduce impacts on biodiversity?
Introduction to the case study
The analysis reveals the most impacting industries within the universe
Manufacture of food products companies represent 4% of the turnover but 52% of the stock of (static)…
… and for 20% of the additional (dynamic) impacts
Manufacture of coke and refined petroleum products (11% of the turnover) and
Electricty, gas, steam and air conditioning supply (5% of the turnover) cause significant flows of additional impacts due to their GHG emissions : 19% and 17% respectively
Impacts can be broken down by Scopes and by Pressures, to understand the impacts sources
+50
5700
+50
5700
Footprint in MSAppb/b€ by Scope
Footprint in MSAppb/b€ by pressure
+ 4 1
+ 4 1
75% of the dynamic impact is due to climate change pressure, driven by electricity, gas and petroleum companies
Most of the impacts occur within the supply chains : including upstream Scope 3 in assessments is thus critical
The main driver of static impact is land use (spatial pressures)by food processing and manufacturing companies
Different investment strategies and ESG solutions are available to reduce biodiversity impacts
Source : Finance for Biodiversity Pledge guidance (CDC biodiversité & Actiam)
1. Exclusion
When companies/countries do not adhere to our responsible investment criteria
2. Voting
Voting at AGMs and EGMs of companies
3. Engagement
Active ownership by stimulating responsible business conduct by entering into a dialogue with the company on violations made
4. ESG-criteria
Integrate ESG-criteria in the portfolio management process
5. Impact Investing
Investing in assets where, next to a financial, the aim is to achieve a measurable positive social and environmental return
Example of a using the results: the measure the performance improvement of a simulation portfolio against its benchmark
a a EXCLUSION OF HIGH IMPACT
INDUSTRIES/COMPANIES
BEST GEOGRAPHICAL BREAK DOWN FOR THE INDUSTRY
Average intensity of the vertically integrated benchmark
Reading : each point on the figure is a company.
10 companies from a simulation portfolio appear twice : in blue (share from the simulation
portfolio) and green (share from the benchmark).
High impact intensity threshold
INCREASE SHARE OF LOW IMPACT INDUSTRIES
The low impact portfolio performs significantly better than the index and is near the low to intermediate impact zone
Aquatic
Aquatic Terrestrial
Terrestrial
+41
*
+41
*: the equivalent in MSA.m2/k€ are: 0.2 (aquatic dynamic), 3 (terrestrial dynamic), 20 (aquatic static) and 500 (terrestrial static)
The low impact portfolio performs significantly better than the index and is near the low to intermediate impact
Aquatic
Aquatic Terrestrial
Terrestrial
+41
*
+41 Simulation portfolio’s
aggregated score : 76 MSAppb*
(=(41+5500/50)/2)
Benchmark’s aggregated score : 82
MSAppb*
v s
/5 0 / 2
A portfolio from GDAP has been assessed to start the journey towards the protection and restoration of biodiversity
GDAP porfolio’s aggregated score :
107 MSAppb*
v s
Benchmark’s aggregated score : 82
MSAppb*
GDAP portfolio 7500
+59
(in 2020)
MIROVA – GBS test on Bonduelle
Périmètre étudié
GBS test on Bonduelle – Studied perimeter
LUEFN pressures CC pressure Aquatic pressures
Tier 1
Rest of the value chain Downstream
Entreprise évaluéeRefined assessment Default assessment
LU: Land Use E: Encroachment F : Fragmentation N : Atmospheric Nitrogen Deposition CC : Climate Change
• Phase 1 - financial default assessment: estimate based on financial data only
• Phase 2 – Refined assessment based on published data (annual report, CSR report): estimate based on Bonduelle public data reworked by Mirova analysts.
• Phase 3 – Refined from Bonduelle data: estimate based on data provided directly by Bonduelle following consultation with Mirova analysts.
GBS test on Bonduelle – Summary of the three phases
GBS test on Bonduelle - Results
Important ability of the GBS to differentiate between players in the same sector on the basis of company-specific data
A very positive outcome on the ability of the methodology to differentiate activities in a given sector.
A shared observation of the interest of integrating certifications/good practices (e.g.
agricultural) into the tool, in the long term, to further refine the assessments.
A clear confirmation of the need for serious estimation of input parameters, which involves:
• To clarify the most critical parameters, by sector, to be collected or estimated
• To devote resources to analysing companies in order to be able to assess the impact of responsible investment strategies.
• In the long term, to widely disseminate this list of useful information by sector in order to facilitate company communication and analysis by investors.
GBS test on Bonduelle - Conclusions
AFD - Pilot ex ante and ex post assessments of the
biodiversity footprint of a loan
Context: the Wolong lake is at the chokepoint of a major migratory path
Methodology: ex post assessments use
biodiversity state and pressure data to assess impacts
1. This pilot demonstrates the possibility to estimate MSA based on direct measurements of biodiversity state
2. It provides guidance on data requirements and order of magnitude for ex ante screening of projects
3. The ex post assessment of the project demonstrates the biodiversity gains achieved
A relatively conservative evaluation indicates a gain of 4.5 MSA.km
2 Equivalent to 640 football pitches
Equivalent to the yearly Scope 1 impact of 1 million tons of wheat produced in France
Lessons learnt
Towards a common standard for biodiversity footprint – work with ASN Bank, ACTIAM and Finance in Motion and the
Aligning Biodiversity Measures for Business collaboration
CDC Biodiversité and the GBS are aligned and involved in the major convergence and reporting frameworks
EU Green taxonomy
Task force on Nature-related Financial Disclosures
(TNFD) Corporate
Sustainability Reporting Directive
(CSRD)
Disclosure Regulation
Align
Article 29 of the French
Energy and Climate law
Aligning Biodiversity Measures for Business (ABMB) is a major
collaboration that brings together all the developers of corporate biodiversity measurement tools known internationally
ALIGN is its direct heir at the EU level
Objective: to converge from a technical point of view on these subjects, in order to allow companies to have a common vocabulary and to have
compatible and coherent tools for different uses
Deliverables:
Assessment of biodiversity measurement approaches for businesses and financial institutions(Lammerant 2019)
Biodiversity Measures for Business: Corporate biodiversity measurement and disclosure within the current and future global policy context (UNEP-WCMC 2020) which will be the basis for an information document for the Convention on Biological Diversity
ALIGN and ABMB
ALIGN 2021
2023 Measurement
standard
A protocol providing a common conceptual
framework on accounting for biodiversity impacts
Very promising initiative, the first report was published in March 2021 (consultation report)
Biological Diversity Protocol
Example of application of the BD Protocol to a GBS-basedassessment (CDC Biodiversité, 2020)
Measuring the contributions of business and finance towards the post- 2020 global biodiversity framework – 2019 technical update (2020)
Global Biodiversity Score: a tool to establish and measure corporate and financial commitments for biodiversity – 2018 technical update (2019)
Common ground in biodiversity footprint methodologies for the
financial sector – CDC Biodiversité, ASN bank, ACTIAM, Finance in Motion (2018)
Global Biodiversity Score: measuring a company’s biodiversity footprint (November 2017)
Learn more
gbs@cdc-biodiversite.fr
Antoine Cadi
Director Innovation and Research E-mail:
antoine.cadi@cdc-biodiversite.fr Phone : +33 (0)1 80 40 15 16 Mobile : +33 (0) 6 21 63 18 00
Joshua Berger
Head of biodiversity footprint department
E-mail:
joshua.berger@cdc-biodiversite.fr Phone : +33 (0)1 80 40 15 41 Mobile : +33 (0) 6 21 86 16 81