diff --git a/.env.example b/.env.example
index 50bced59f..76e0adbce 100644
--- a/.env.example
+++ b/.env.example
@@ -1,10 +1,9 @@
-# !STARTERCONF Duplicate this to .env.local
+# !STARTERCONF Duplicate this to .env
# DEVELOPMENT TOOLS
# Ideally, don't add them to production deployment envs
# !STARTERCONF Change to true if you want to log data
NEXT_PUBLIC_SHOW_LOGGER="true"
-NEXT_PUBLIC_PINKBOMBS_DATA_URL="https://pinkbombsfkynigjl-pinkbombs-data.functions.fnc.fr-par.scw.cloud/api/v1/secure/graphs"
-#NEXT_PUBLIC_PINKBOMBS_DATA_URL="https://pinkbombsfkynigjl-pinkbombs-data.functions.fnc.fr-par.scw.cloud:8080/"
-NEXT_PUBLIC_PINKBOMBS_DATA_API_KEY="pinkbombs"
+export PINKBOMBS_DATA_URL=https://pinkbombsfkynigjl-pinkbombs-data.functions.fnc.fr-par.scw.cloud/api/v1/secure
+export PINKBOMBS_DATA_API_KEY=pinkbombs
diff --git a/.eslintrc.js b/.eslintrc.js
index c978ed3a8..4ab65ca65 100644
--- a/.eslintrc.js
+++ b/.eslintrc.js
@@ -17,6 +17,7 @@ module.exports = {
"no-console": "warn",
"@typescript-eslint/explicit-module-boundary-types": "off",
"react/no-unescaped-entities": "off",
+ "@next/next/no-sync-scripts": "off",
"react/display-name": "off",
"react/jsx-curly-brace-presence": [
diff --git a/.prettierignore b/.prettierignore
index b04160b19..b6333424c 100644
--- a/.prettierignore
+++ b/.prettierignore
@@ -39,3 +39,5 @@ yarn-error.log*
CHANGELOG.md
pnpm-lock.yaml
+
+dashboard
\ No newline at end of file
diff --git a/README.md b/README.md
index c41ab39f8..07320607a 100644
--- a/README.md
+++ b/README.md
@@ -20,13 +20,15 @@ yarn dev
Open [http://localhost:3000](http://localhost:3000) with your browser to see the result. You can start editing the page by modifying `src/pages/index.tsx`.
-### 4. Change defaults
+### 4. Build and test
-There are some things you need to change including title, urls, favicons, etc.
+Run the followed command:
-Find all comments with !STARTERCONF, then follow the guide.
-
-Don't forget to change the package name in package.json
+- Build the project: `yarn build`
+- Launch linter: `yarn lint:strict`
+- Launch Typecheck: `yarn typecheck`
+- Launch Prettier: `yarn format:check`
+- Launch Jest: `yarn test`
### 5. Commit Message Convention
diff --git a/messages/en/components.json b/messages/en/components.json
new file mode 100644
index 000000000..eb34a1a03
--- /dev/null
+++ b/messages/en/components.json
@@ -0,0 +1,52 @@
+{
+ "components": {
+ "summary": {
+ "title": "page"
+ },
+ "edito": {
+ "link": "See more"
+ },
+ "shareLink": {
+ "blank": "new tab",
+ "twitter": "Twitter",
+ "linkedin": "Linkedin",
+ "website": "Website",
+ "email": "Email",
+ "newsletter": "Newsletter",
+ "instagram": "Instagram"
+ },
+ "chart": {
+ "loading": "Loading data.."
+ },
+ "calculator": {
+ "intro": "Here are the impacts of the salmon industry around the world since you opened this web page.",
+ "seconds": "seconds",
+ "second": "second"
+ },
+ "join": {
+ "main": {
+ "title": "Be the change.",
+ "intro": "Don't want to be part of this ecological and social disaster? Good news, solutions exist!",
+ "content": "
Governments, businesses, and citizens can work together to be part of these solutions.
Governments an regulate to abandon intensive farming of carnivorous fish - such as salmon and tuna - and to stop overfishing worldwide.
Businesses must commit to increasing plant-based options and developing low-trophic level aquaculture, such as algae and shellfish.
Individually, let's make the simple choice to exclude industrial salmon from our plates, in order to collectively accelerate the revolution towards a more plant-based food system that meets health, sustainability, and social justice imperatives.
",
+ "act": "To reverse the trend and stop the disaster, urgent action is needed. We have levers for action!",
+ "link": "I act"
+ },
+ "alternatives": {
+ "title": "Food choices and their impact",
+ "intro": "What we choose to eat, sell, and produce has different impacts on the planet, people, and animals.",
+ "content": "
France, the largest European consumer and among the top 4 largest consumers of salmon in the world, bears a particular responsibility in shaping these choices.
We are facing an ocean emergency. The Ocean, the main source of life on Earth, is increasingly threatened by our human activities. Overfishing is the main cause of loss of marine biodiversity. The salmon industry, emblematic of intensive aquaculture, generates multiple impacts on a global scale. It is therefore urgent to change the food system for better protection of humans, animals and ecosystems.
PinkBombs is here to:
Alert about one of the biggest threats to the Ocean today: salmon farming.
Deconstruct the distorted popular perception around salmon consumption.
Guide companies, States and consumers towards positive solutions.
"
+ },
+ "who": {
+ "title": "Who are we?",
+ "content": {
+ "first": "PinkBombs is the result of a collaboration between two non-profit organizations, Seastemik and DataforGood.",
+ "parts": {
+ "seastemik": {
+ "title": "Seastemik",
+ "content": "
Seastemik is an NGO founded in 2023 that is committed to a living Ocean through a systemic revolution in our food. We are working to end unsustainable aquaculture practices, particularly intensive salmon farming, for better protection of humans, animals and ecosystems.",
+ "link": "See the Seastemik website"
+ },
+ "dataforgood": {
+ "title": "Data for Good",
+ "content": "Data for Good is a French NGO whose goal is to help projects of general interest to develop. Thanks to a community of more than 4,000 volunteers skilled in technology, a dozen projects are supported and developed for more than 3 months.",
+ "link": "See the Data for Good website"
+ }
+ },
+ "last": "A huge thank you to the volunteers who put their talents and time to make this project possible: Adrien Brogniet, Agathe Arnould, Antoine Rogeau, Béatrice Chetard, Charlotte Eckstein, Charlotte Martinez, Erin Pacquetet, Gaëlle Nordström-Schüler, Giuseppe Guarino, Jade Fath, Julie Lasserre, Malena Guallar, Marie Courraud, Maud Ges, Maxime Schroder, Mélanie Beraud, Nadezda Berzina, Nelson Carvalho, Nicolas Berthozat, Oumeima El Isbihani, Paul Pajot, Paul Tenaillon, Quentin Deltour, Sandrine Dimitriadis, Sarah Rieubland, Solène Richard, Thomas Catinaud Taris, Vincent Martin. Eternal gratitude."
+ }
+ },
+ "methods": {
+ "title": "Approach",
+ "content": "
PinkBombs was created by a consortium of non-profit organizations that analyze and transform public data into accessible tools to raise awareness of the key levers for halting the ocean emergency.
Our approach is based on three pillars:
Open source: all the data is available on the platform.
Collaborative: Reach out to contribute or suggest improvements.
Dynamic: Our database is regularly updated to incorporate new insights and to enhance its accuracy.
Our approach followed three steps:
Prioritized topics: The aim of the website being to offer a compilation of the most striking information on the subject, the organization set out to prioritize the subjects to be tackled. Then each volunteer chose the subjects they wanted to tackle alone or in groups.
In-depth research: Research is carried out on the internet and by contacting experts, taking care to use only scientific sources and not to use information from unreliable sources or without sourced or scientific support.
Peer reviewed data: In the interest of data quality, all information is double-checked by another volunteer or member of the Seastemik organization (source and formulation).
Tons of CO2 emitted: Greenhouse gas emissions from the sector are estimated for the whole industry from producer reports. See the Climate section for details.
Industry revenue: Data are sourced from the 2022 annual activity reports of the 10 largest producers (see the Producers section).
Atlantic salmon is on the IUCN Red List of Threatened Species. Data on wild salmon catch in Atlantic waters is available on the website of the International Council for the Exploration of the Sea (NASCO).
"
+ },
+ "hyper-growth": {
+ "title": "The industry of Atlantic Salmon",
+ "content": "
Data on farmed salmon production is available on the Food and Agriculture Organization of the United Nations website (Source: FAO). The graphs 'Farmed salmon production' (Story page), 'Farmed salmon production by country,' 'Top 10 salmon producing countries by tonnes (2021),' and 'Evolution of salmon farming by country' (Dashboard page) are a direct visual representation of this data source once filtered for Salmo salar (Atlantic salmon).
In order to provide a comparison between volumes of Atlantic salmon fishing and aquaculture, we used the maximum volume of Atlantic salmon caught in one year which is 25,293 tonnes in 1967 (Source: NASCO, see Section Wild atlantic salmon collapse). The production of farmed salmon was 2.9 million tonnes in 2021 (Source: FAO), which is 115 times greater than the largest amount of salmon ever caught in a single year.
The consumption of salmon by countries is estimated based on data on capture, farming, and trade records from the Food and Agriculture Organization (FAO). The following files are used for the assessments:
Global trade data of aquatic products (Source: FAO)
All salmon species are considered in this analysis, as it is sometimes difficult to identify the specific salmon species in traded products (salmon fillet, salmonoids, etc.), making it challenging to differentiate products from Atlantic salmon, sockeye, chinook, etc. The year 2019, the last pre-COVID year, is used as a reference. As soon as the FAO publishes the trading data for 2022, this chart can be updated.
The indicator used to estimate the salmon consumption of each country is apparent consumption, estimated as the difference between incoming flows (capture + farming + imports) and outgoing flows (exports + re-exports).
The conversion factor (CF) describes the ratio between the product weight and the fresh salmon weight needed to produce it. Capture and aquaculture data are provided in live weight (tonnes live weight - TLW), while trade data are provided in product weight (tonnes product weight - TPW). The transformation of products can indeed involve changes in product weight, which must be considered for balance estimates. Thus, a product with a CF of 2 means that 2 kilograms of fresh salmon are needed to produce 1 kilogram of product.
To compare produced, imported, and exported quantities, the following conversion table was considered, inspired by conversion tables proposed by the FAO:
Salmon processed form:
Salmons fresh or chilled: CF=1.13
Salmon steaks or meat: CF=1.6
Salmon filets: CF=2
Live salmons: CF=1
Preparation:
Prepared or preserved: CF=1.2
Salted: CF=1.5
Dried: CF=1.62
Smoked: CF=1.92
In the case where the product combines a processed form and a preparation, the conversion factors are multiplied (for example, smoked salmon fillets have a CF=2x1.92=3.84).
The data on the production of the top 10 largest salmon farming producers is directly sourced from the Mowi 2023 annual report without any modification on our part.
Reports from the Producers
A large number of indicators are derived from the integrated and sustainability reports published by salmon producers. The vast majority of them release information about their sustainability performance and environmental impact within standardized annual reports. These reports are expected to evolve in the coming years due to more stringent standards. The sustainability reports found and used by the PinkBombs project can be found in this folder (en, es, dk). It should be noted that no report could be found for Cooke, even though it is the 8th largest producer in the world.
The theoretical production capacity of land-based salmon farming producers corresponds to the industry's production ambitions quantified in the iLaks and Salmon Business industry report (2021), citing a figure of 2.2 million tonnes. An update of this report seemed to be underway in 2023 with an estimated production capacity of 2.79 million tonnes (Source: iLaks (no)).
Based on the data collected on land-based salmon farm projects (see Section Land-based salmon farms - the map), we present a summary of the annual production in tonnes for the main producers, including the declared ambitions of the producers, even without precise location for the moment. The number of projects and the countries of the projects are also included. Where this information was available online, we have included the producer's headquarters, website, and financing.
"
+ },
+ "future-land-based": {
+ "title": "The future of land-based salmon farms",
+ "content": "
A land-based farm producing 10,000 tonnes per year consumes at least 100 GWh/year (about 10 kWh/kg of salmon, Source: Ayuso-Virgili et al. 2023). This corresponds to the consumption of a city of approximately 63,000 Europeans, the average European consumption being estimated at 1584 kWh/year (Source: Eurostat), or 43,000 French people, consumption estimated at 2296 kWh/year (Source: Eurostat). The carbon footprint of this amount of energy depends on several factors (see Section Land-based salmon farms - the map) but would be between 2 and 14 kg CO2 per kg produced, according to a meta-analysis (Source: Philis et al. 2019).
The density of salmon in land-based farms ranges from 50 to 150 kg of salmon per cubic meter of water (Sources: ISFA 2015, IGEDD Report 2022 (fr)), whilst the density in marine cages is 15-25 kg/m3 (Source: ISFA 2015).
The dataset was then enriched by researching individual projects online, using a range of sources ( iLaks (no), Undercurrent News, Akva Group, Salmonbusiness.com, Seafood.no (no), regjeringen.no (no), IntraFish, NorskFisk (no), SeafoodSource, FishFarmingExpert, FishFarmerMagazine, ScienceNorway, Global Seafood alliance, RASTech, websites of various land-based companies, Andfjord Salmon, Atlantic Sapphire, Nordic Aqua Partners, Proximar Seafood, Salmon Evolution Group, Gigante Salmon, ...) to identify the project’s technology, species, level of production, status (see below), location or proposed location. New projects were added if necessary and the dataset was restricted to projets producing salmon species (excluding projects producing trouts for instance) and to the following land-based technologies: RAS (Recycled Aquaculture Systems), Hybrid RAS/FTS (Flow-Through systems) and SIFT (Super-Intensive Farming Technology).
As the goal of the dataset is to capture the future of salmon farming on land, we identified the long-term production capacity of individual projects. The list and overall ambitions of top companies were validated with other sources, iLaks and Salmon business industry report (2021) et A Particle List of Recent Land Based Salmonid Farms Globally de Newfoundland and Labrador Coalition for Aquaculture Reform (NLCAR), (2021).
The dataset includes land-based farms with the following statuses:
Operating: The farm has been built and is operating at the identified location. The current production level may be lower than the company’s long term ambitions.
In construction: The farm is under construction at the identified location, based on the latest information available online. The initial production level may be lower than the company’s long term ambitions.
Project:Investment to build a new farm has been announced at the identified location, based on information available online.
Conceptual: No further information available online.
Permit: The company has received the local permit.
Local opposition: The project has received local opposition, potentially delaying construction.
Financial block: Based on the latest information available online, the project requires further funding, potentially delaying construction.
No project yet: he company has announced ambitions of production but no specific location for the projects could be identified based on the latest information available online. These are included in the dataset but not on the map.
The dataset excludes land-based farms that have been stopped (eg. destroyed after a fire) or projects abandoned.
Locations are approximate, as the information available on the location of land-based projects/farms online is generally at the level of towns/villages. This information was matched to the dataset of Geonames - All Cities with a population > 1000 to obtain Latitude / Longitude coordinates. For projects in villages smaller than 1000 inhabitants or with ambiguous names, we used Google maps to determine the coordinates. For a small number of projects, only the region could be identified.
Estimation of electricity consumption and carbon footprint
RAS technology (Recycled Aquaculture Systems) in fully enclosed tanks requires large amounts of freshwater and is very energy-intensive, as it aims to recreate very precisely the natural conditions found in the sea. In order to estimate the long-term electricity consumption of individual land-based projects, the production capacity of the farm in tonnes of salmon per year was multiplied by the electricity usage per weight of salmon produced. Given the level of uncertainty related to the precise implementation of RAS technology, we opted for a range of values based on scientific publications:
This range encompasses the electricity consumption per weight produced for farms currently in operation, such as Atlantic Sapphire (Annual report, 2022).
The annual carbon footprint of individual farms was estimated based on four components:
Emissions from the construction phase: 0.39 kg CO2/kg salmon - Liu et al. 2016
Emissions from oxygenation: 0.44 kg CO/kg salmon - Liu et al. 2016
Emissions from the salmon life cycle in land-based farms: we used the emissions from electricity consumption in the country where the farm is located, based on the“Carbon intensity of electricity generation” dataset (2023)
Potential limitations to our methodology
Land-based projects in the dataset may be missing or out-of-date. If investment was announced but fell through, the project might have been abandoned. The location may be inaccurate, if a different construction site has been identified but not announced. We report the year of the latest information identified for full transparency.
The production capacity captured may not be consistent from farm to farm. Depending on the information available, it may reflect what the company has received permission to produce or what the company’s long-term plans are.
The electricity consumption per tonnes of salmon produced is based on RAS technology and should represent an average. A small number of projects use SIFT technology with a likely higher electricity consumption, and Hybrid RAS/FTS technology with a likely lower electricity consumption.
The carbon footprint for land-based farms may be overestimated or underestimated on a case by case basis depending on the specific arrangements that the company has locally to increase sustainability and/or the use of local renewable energy (eg. geothermal).
20.9% of this feed is composed of soy protein concentrate, which contains 62.2% soy protein (Source: Synnøve Aas et al., 2022)
The land footprint for soy production is set at 2.2 m2 for 100 g of protein (Source: Yummyproof)
The area considered for a football field is 7000 m2.
Electricity consumption:
The energy consumption considered for RAS systems ranges between 9.59 and 22.6 kWh per kg of salmon produced (Sources: Ayuso-Virgili et al. 2023 and Ayer et al. 2009)
The average energy consumption of a European is estimated at 1584 kWh per year, while the average consumption of a French person is estimated at 2296 kWh per year (Source: Eurostat)
The production of a nuclear reactor is estimated to be 500 GWh (Source: EDF)
Carbon footprint:
The CO2 emissions of land-based salmon farms have been evaluated for the global mapping of projects, considering the electricity consumption of the tanks and the local carbon content of the electricity (see Section Land-based salmon farms - the map).
Tracing the production chain of salmon back to its impact on deforestation is not an easy task. Here, we will focus solely on the land required for salmon production in Norway, particularly for a key plant-based component of their diet: Brazilian Soy Protein Concentrate (SPC). We will not provide exact figures on legal deforestation linked to the Norwegian salmon industry. Indeed, since 2006, the Soy Moratorium is supposed to protect the Amazon from legal deforestation for soybean cultivation. Nevertheless, legal deforestation has shifted to other less protected regions of Brazil, such as the Cerrado, and intensive soybean production continues in areas of the Amazon that were deforested before 2008.
We relied on the 2017 report From Brazilian farms to Norwegian tables by Framtiden i våre hender (FIVH) and Rainforest Foundation Norway (RFN) to trace the production chain between Brazilian soy and Norwegian salmon. This report indicates that in 2015, 3 tonnes of soybeans were cultivated per hectare on average, and it takes 0.57 kg of soybeans to produce 1 kg of SPC. It also notes that Norwegian authorities wish the aquaculture industry to reach five times its current size by 2050.
Using these figures and accounting for the amount of salmon produced by Norway in 2020 (according to the FAO), we deduce that the area required for soybean cultivation in Brazil to feed Norwegian salmon in 2020 is 2,154 km2 (more than 20 times the area of Paris). This area could reach approximately 11,000 km2 by 2050, comparable to the legal deforestation of the Amazon in 2022, which was 11,570 km2.
Data on the use of antibiotics in the salmon farming industry is difficult to obtain. In Chile, the National Fisheries and Aquaculture Service (Sernapesca) published a report in 2021 on the Use of antimicrobials in national salmoniculture (es). We use the data on the amount of antimicrobials for 2021 (463 tonnes), reported against the harvested biomass (0.99 millions of tonnes), with a ratio of 0.047%. The large majority of antimicrobials are applied to aquaculture in sea water (98.7%) and to Salmon species (97.9%). Antimicrobials include antibiotics, as well as antifungal and antiseptic medicine, however the report shows that the substance the most commonly used in sea water aquaculture is Florenicol (97.1%), an antibiotic commonly used in veterinary medicine.
To produce the visualisation, we converted the amount of antibiotics administered to salmon fish produced in 2021 to a human, using the average weight of a French person (women and men combined - 74.1kg (Source: Ligue contre l'obésité (fr)). The dose of antibiotics this would represent for a human (35 g) is equivalent to 140 tablets of antibiotics (1 tablet of 250mg of typical antibiotics for human consumption).
For the definition of Microplastics (MP), the most commonly advocated threshold is <5 mm (EU Marine Strategy Framework Directive, Commission Decision, 2017). To estimate how many MPs are eaten per French person per year, we started by leveraging the existing research to calculate how many MPs can be found in one salmon:
12.5 microplastics per 100g of wild salmon (between 10 and 15; Source: Norce report, 2020)
10.5 microplastics per 100g of farmed salmon (Source: Norce report, 2020)
We assumed that the wild/farmed ratio was 93% for the salmon eaten by French people (WWF study (fr)) - taking a different value has a limited impact on the outcome, as the number of MPs which can be found in salmon doesn’t change significantly between the two categories.
To represent the density of salmon in the farming industry, we use the following values:
Density in marine farms: 20 kgs of fish per cubic meter at their peak size - average taken instead of the range 15-25 kg/m3 (Source: ISFA, 2015)
Density in land-based farms: 65 kgs of fish per cubic meter at their peak size - average taken instead of the range 50-150 kg/m3 (Sources: ISFA 2015, IGEDD Report 2022 (fr))
Assuming that a bathtub contains 200 liters of water (there’s no clear data on this, but this is an approximate value that we can assume by comparing different bathtubs online), and assuming that a salmon weighs 5kg (Sources: Knockaert, C. 2006 (fr), Mood et al. 2023, Scottish fish farm production survey 2020, Fishcount), we find that the density in marine farms is equivalent to putting 0.8 salmon in a bathtub, and 4 salmons for land-based farms."
+ },
+ "mortality": {
+ "title": "Mortality rates",
+ "content": "
The data on salmon mortality rates come from the annual reports of the producers (Source: integrated reports and/or sustainability reports (en, es, dk), see the Producers section). Mortality rates collected for each producer are detailed year by year, and if possible, country by country if the data are available. Data is not available for all producers for all years (2011 - 2022). Note: these figures only account for mortality at sea during the salmon maturation phase. Mortality observed in freshwater during the pre-smolt growth phase is close to 30% (Source: Annual reports Multi X (en, es)).
For comparison, intensive farming shows mortality rates around 3% for cattle (Source: VetAgro Sup (fr)), 20% for pigs (Source: IFIP (fr)), and 4% for chickens (Source: ATAVI (fr)).
The quantity of greenhouse gas emissions from salmon farming, as well as their distribution between scopes 1, 2, and 3, are derived from the 2021 annual reports of 9 of the largest producers, which represent about 50% of the world's production (Source: integrated reports and/or sustainability reports (en, es, dk), see the Producers section). The scope 2 emissions considered are those estimated according to the \"location-based\" calculation methodology.
These emissions are then extrapolated to the entire global salmon production, considering a production of 2.9 million tonnes of salmon (Source: FAO), assuming homogeneity in practices and feed sources among the remaining producers.
To download thz detailed emissions of the 9 largest salmon producers, click here.
For comparison, we use the total CO2 emissions of Croatia, estimated at 17.2 million tons in 2022 (Source: EDGAR), as well as the 2050 target of 2 tonnes per person per year to avoid exceeding +2°C of global warming (Source: The Nature Conservancy).
To estimate the proportion of fish from mill fishing used to feed farmed salmon, we used the following sources:
The amount of forage fish needed to produce one kilogram of salmon is estimated to be 1.32 kilograms of fish, considering the following assumptions:
The limiting ingredient derived from forage fish for salmon feed is fish oil, which accounted for approximately 8.3% of feed composition in 2020 (Source: Synnøve Aas et al. 2022)
1.27 kilograms of feed are needed to produce 1 kilogram of salmon (Source: IFFO)
The production of Atlantic salmon in aquaculture in 2020 is 2.72 million tonnes (Source: FAO, code SAL for Atlantic salmon).
World fisheries (marine and inland) amounted to approximately 90 million tonnes in 2020 (Source: FAO), of which 70 million tonnes are for human consumption and 15 million tonnes are used for the production of fishmeal and fish oil. The remainder is primarily used for ornamental purposes, for fry, as bait, in pharmaceutical uses, and as raw material for direct aquaculture feed (Source: EUMOFA, 2018).
World production of fishmeal supplies the aquaculture sector (57%), the pig sector (22%), and the poultry sector (14%) (Source: Bloom, figures from 2008).
Using the conversion factors presented above, we estimate the quantity of fish caught to feed farmed salmon at 3.66 million tonnes, which represents 4% of global fisheries (2020). As more recent figures were not available, we calculated the volume of global fish production destined for different sectors. Among the 20 million tonnes (~23%) not intended for human consumption, aquaculture (8.55 million tons) represents 9.5% of global fishing production.
Insect flour has been identified as a potential substitute for soybean meal or fish meal. However, a number of reasons outlined in this downloadable document suggest caution, or even skepticism, regarding this solution, as it does not appear to represent a significant environmental advancement.
"
+ }
+ },
+ "alternatives": {
+ "title": "Food choices and their impact",
+ "content": "
The food choices table provides a comparison of 8 food choices (including salmon) based on 6 criteria. Some of these criteria rely on quantitative data, while others rely on qualitative data. The color range represents graduated degrees of impact, from dark green (very low impact) to dark red (excessively high impact).
The methodology includes an analysis on omega-3s (benefits, national nutritional balance, financial cost on household consumption basket).
"
+ }
+ }
+}
diff --git a/messages/en/pages/act.json b/messages/en/pages/act.json
new file mode 100644
index 000000000..2bbdfc021
--- /dev/null
+++ b/messages/en/pages/act.json
@@ -0,0 +1,51 @@
+{
+ "act": {
+ "meta": {
+ "title": "To act"
+ },
+ "title": "Good news: defusing the Pinkbombs is just a click away",
+ "company": {
+ "title": "I call on the responsible companies",
+ "content": "by sharing a pre-written information post that identifies them on Linkedin.",
+ "link": "Post on Linkedin",
+ "target": "https://www.linkedin.com/sharing/share-offsite/?url=https://pinkbombs.org/&text=Hey%20%40pure-salmon%2C%20en%20tant%20qu%27acteur%20majeur%20de%20l%27industrie%20du%20saumon%2C%20vous%20avez%20le%20pouvoir%20de%20changer%20vos%20pratiques%20et%20vous%20orienter%20vers%20proc%C3%A9d%C3%A9s%20plus%20%C3%A9thiques%20et%20respectueux%20de%20l%27environnement%20comme%20du%20saumon%20lui-m%C3%AAme.%0ASi%20vous%20voulez%20d%C3%A9couvrir%20la%20r%C3%A9alit%C3%A9%20de%20l%27industrie%20du%20saumon%2C%20allez%20visiter%20notre%20site%20%3A"
+ },
+ "territory": {
+ "title": "I say no to the salmon factory project on my territory",
+ "content": "The onshore salmon factory project called “Pure Salmon”, an initiative of the Singaporean investment fund 8F Asset Management, is under discussion near Bordeaux. Thanks to petitions signed by citizens, it was notably rejected in Pas-de-Calais and Brittany. Let's keep going!",
+ "link": "Sign the petition",
+ "target": "https://www.wesign.it/fr/environnement/non-a-lelevage-intensif-de-saumons-au-verdon-sur-mer"
+ },
+ "seastemik": {
+ "title": "I support Seastemik",
+ "content": "Seastemik is an association poum created in 2023 with the objective of accelerating our transition to a healthy Ocean. It raises awareness of the impacts of a food system that exploits the Ocean, supports citizen mobilizations, calls on politicians to get involved and supports the iodine revolution of companies by proposing positive solutions. Every action counts! Join the wave of change and help Seastemik change the tide, for a truly living Ocean:",
+ "ctas": [
+ {
+ "label": "Donate on HelloAsso",
+ "target": "https://www.helloasso.com/associations/seastemik/formulaires/1"
+ },
+ {
+ "label": "Subscribe to the newsletter",
+ "target": "https://seastemik.org/newsletter"
+ },
+ {
+ "label": "Follow Seastemik",
+ "target": "https://seastemik.org/"
+ }
+ ]
+ },
+ "eat": {
+ "title": "I leave salmon off my plate",
+ "content": "Ready to set out to leave salmon in the oceans and rivers? What objective seems achievable to you? Leave it in our intention box to help the community grow!",
+ "link": "I'm participating",
+ "target": "https://forms.gle/5kNG7BDeZBQmq6vY9",
+ "image": "/images/act/no-eat-salmon.jpeg"
+ },
+ "report": {
+ "title": "Educate yourself and share to act better",
+ "content": "Reading and sharing Seastemik's report on the salmon industry helps deconstruct the distorted popular perception of salmon consumption. Enjoy reading!",
+ "link": "Read our report",
+ "target": "https://seastemik.org/publications"
+ }
+ }
+}
diff --git a/messages/en/pages/dashboard.json b/messages/en/pages/dashboard.json
new file mode 100644
index 000000000..5a6450dc6
--- /dev/null
+++ b/messages/en/pages/dashboard.json
@@ -0,0 +1,242 @@
+{
+ "dashboard": {
+ "meta": {
+ "title": "Dashboard"
+ },
+ "title": "The numbers behind the story",
+ "sections": {
+ "intro": {
+ "title": "Macro trends",
+ "blocks": {
+ "salmon-collapse": {
+ "title": "Wild Altantic salmon collapse",
+ "mainContent": "
The Atlantic salmon was added to the IUCN Red List of Threatened Species in December 2023, its status changed from 'Least Concern' to 'Near Threatened'.
",
+ "content": "
The causes of the species' decline are multiple: overfishing at sea, degradation of freshwater habitats, construction of numerous migration barriers, and the effects of climate change that alter their environments, impacting their growth and survival rates.
Farming activities are also identified as one of the most significant threats to wild populations (marine pollution, spread of diseases, and escapes of farmed salmon resulting in genetic cross-breeding that disrupts the ability of wild salmon to survive in their natural habitat).
Salmon production has experienced unprecedented growth.
",
+ "content": "
Nearly nonexistent 30 years ago, it surged to three million tonnes of salmon in 2021, equivalent to the farming and slaughtering of 600 million salmon.
Current farmed salmon production is 115 times greater than the largest quantity of salmon ever caught in a single year.
The rise in salmon production results from an increase in the consumption of this fish.
",
+ "content": "
In 2021, the United States was the largest consumer of salmon, with a consumption approaching one million tons, followed by Russia and Japan, with consumption around 500,000 tons. European countries follow, with France being the fourth largest consumer of salmon in 2021. Western countries have a per capita consumption of around 3 to 4 kilograms of salmon, while countries of the South such as Brazil have very low per capita consumption.
In 2021, the combined projected production capacity of land-based salmon farms amounted to 2.2 million tonnes, nearly equaling the global production of salmon in marine farms (2.7 million tonnes).
",
+ "content": "
Despite technological and profitability challenges, the industry has been investing heavily in land-based farms, with numerous projects announced over the past five years. The largest producer is Pure Salmon, based in the United Arab Emirates, with an ambition to produce 260,000 tonnes per year and projects in at least eight countries, including France.
Land-based salmon farms use Recirculating Aquaculture Systems (RAS), a new technology aimed at raising salmon throughout their life cycle in closed tanks built on land.
",
+ "content": "
These systems are highly energy-intensive (around 100 GWh/year for a factory farm producing 10,000 tonnes per year, equivalent to the consumption of about 43,000 French people) and therefore have a high carbon footprint (between 2 and 14 kg CO2 per kg of salmon produced).
For profitability reasons, excessive densities are planned in land-based cages: between 50 and 150 kg of salmon per cubic meter, a density up to 5 times higher than in marine cage farms.
The technology is not yet fully mastered: currently, no operating plant produces more than 5,000 tonnes, and technical incidents are frequent. A plant in Denmark experienced five such incidents, resulting from technical failures (pollution with iron chloride in the fjord, complete factory fire, leading to air and water pollution).
",
+ "data": [
+ {
+ "title": "+91.1% in production",
+ "content": "Combined land-based farm projects could represent an increase of more than 91% in global salmon production."
+ },
+ {
+ "title": "233 billion fishes",
+ "content": "Up to 233 billion wild fish, known as forage fish, will need to be captured each year to produce the flour and oil needed to feed these new salmon."
+ },
+ {
+ "title": "436,000 tons of soy",
+ "content": "These same feeds contain soy. More than 1,000,000 hectares will be necessary for the production of this soya, the equivalent of 1.5 million football fields, or an area larger than that of Corsica, France."
+ },
+ {
+ "title": "59.78 TWh of electricity",
+ "content": "The energy necessary to filter, cool, and circulate the water in these future land-based farms represents the production of up to 10 nuclear reactors or the consumption of 38 million European people."
+ },
+ {
+ "title": "16.9 million tons of CO2",
+ "content": "The emissions corresponding to the farming of these new salmon could amount to more than 16.9 million tons of CO2 per year, or more than 7 kg of CO2 per kg of salmon produced."
+ }
+ ],
+ "meta": {
+ "image1": "/dashboard/images/en/land_based_farms_electricity.png",
+ "infoImage1": "consumption of electricity",
+ "image2": "/dashboard/images/en/land_based_farms_carbon.png",
+ "infoImage2": "carbon footprint",
+ "data": "https://raw.githubusercontent.com/dataforgoodfr/12_pinkbombs/main/download/csv/ras_projects_for_map_2.4.csv.zip",
+ "dataArtifact": "ras_projects_for_map_2.4.csv.zip"
+ }
+ }
+ }
+ },
+ "biodiversity": {
+ "title": "Biodiversity",
+ "blocks": {
+ "deforestation": {
+ "title": "Deforestation",
+ "mainContent": "
The Norwegian government's goal was to increase farmed salmon production by 400% by 2050.
",
+ "content": "
This would require the expansion of 11,000 km² for soybean production in Brazil, which is equivalent to the legal deforestation of the Amazon in 2022.
",
+ "image": "en/deforestation.svg",
+ "altImage": "In 2020 in Norway, the equivalent of 2154km² of soybean plantations, or 20 times the size of Paris, is needed to produce 1562415 tonnes of salmon.",
+ "meta": {
+ "image": "/dashboard/images/en/deforestation.png",
+ "source": ""
+ }
+ },
+ "escapes-rates": {
+ "title": "Escapes",
+ "mainContent": "
From 2018 to 2022, over 4 million salmon escaped from the farms of the 11 largest producers.
",
+ "content": "
These escaped farmed salmon pose numerous ecological problems, including competition for resources with wild populations, introduction of diseases and parasites, and the risk of hybridizing with wild salmon, threatening their genetic resilience.
SalMar and Bakkafrost present elevated escape rates, with respectively 4.1% and 2.7% of their salmons that fled out of the marine cages.
",
+ "image": "en/escape.svg",
+ "altImage": "More than 4 million fish have escaped from marine cages (SalMar, Mowi, Bakkarfrost and others) since 2018.",
+ "meta": {
+ "image": "/dashboard/images/en/escape.png",
+ "data": "https://raw.githubusercontent.com/dataforgoodfr/12_pinkbombs/main/download/csv/escapes_marine_cages_3.5.csv.zip",
+ "dataArtifact": "escapes_marine_cages_3.5.csv.zip"
+ }
+ }
+ }
+ },
+ "health": {
+ "title": "Human health",
+ "blocks": {
+ "antibiotic-conso": {
+ "title": "Antibiotics consumption",
+ "mainContent": "
While Norway claims that 99% of its aquaculture is antibiotic-free, other countries are not so virtuous.
",
+ "content": "
In Chile, the use of antibiotics by the 17 largest producers has increased by one-third since the COVID-19 crisis, reaching over 460 tonnes in 2021. This amount of antibiotics used corresponds to a dose of 35 grams, or 140 pills, per person.
",
+ "image": "en/microplastic-1.svg",
+ "altImage": "The main producers of Chile used 460 tonnes of antibiotics in marine cages in 2021, the equivalent of 35g for a 74kg human.",
+ "meta": {
+ "image": "/dashboard/images/en/antibiotics.png",
+ "source": "spanish"
+ }
+ },
+ "microplastics": {
+ "title": "Microplastic",
+ "mainContent": "
Microplastics are particularly prevalent in salmon due to bioaccumulation in the food chain and the affinity of plastics for fats.
",
+ "content": "
This issue is especially significant for farmed salmon, which are considerably fattier and live in plastic-rich environments.
A 5 kg salmon contains approximately 532 microplastics. A French person consuming 4.2 kg of salmon annually ingests about 468 microplastics per year, out of a total of 97,500 from various sources.
The density of salmon is up to five times higher in land-based factory farms compared to farms in marine cages, already overcrowded.
",
+ "content": "
This is for profitability reasons and has disastrous consequences: mass mortality due to pathogens and higher stress levels.
",
+ "image": "en/density.svg",
+ "altImage": "4 salmon in the equivalent of a bathtub of water. This is the density required for land-based factories to be profitable.",
+ "meta": {
+ "image": "/dashboard/images/en/density.png",
+ "source": "anglais"
+ }
+ },
+ "mortality-rates": {
+ "title": "Mortality rates",
+ "mainContent": "
Mortality rates vary significantly between producers and from year to year, with exceptionally high rates reaching up to 20% in some years.
",
+ "content": "
MOWI, the largest producer of farmed salmon, had an average mortality rate of 13.4% between 2012 and 2022. By comparison, intensive farming of cattle, pigs, and chickens typically shows mortality rates between 1% and 5%.
In 2020, approximately 4% of all fish caught worldwide were used to feed farmed Atlantic salmon. Since salmon are carnivorous, they require fishmeal for their diet.
",
+ "content": "
This type of overfishing has had numerous negative social impacts, such as in Mauritania and Gambia, where the quantity of wild fish has been reduced. Norway annually fishes or imports 2 million tons of wild fish, including 123,000 to 144,000 tons from West African waters. This volume could satisfy the annual nutritional needs of 2.5 to 4 million people in the region, more than the population of Gambia (2.7 million) and nearly the total population of Mauritania (4.7 million).
Global annual fish catches reached 90 million tons in 2020, with the vast majority intended for human consumption. Approximately 10% is used for global fishmeal production, feeding the aquaculture sector.
Insect flours, considered as a potential replacement for fish meal, have yet to demonstrate their environmental relevance.
",
+ "image": "en/social_fishing.svg",
+ "altImage": "Approximately 10% of global fishing is used for the production of fish meal and oil to feed farmed fish (aquaculture). Fish meal and oils for other sectors and other uses (20%). Human consumption (70%).",
+ "meta": {
+ "source": "",
+ "image": "/dashboard/images/en/social_fishing.png",
+ "data": "https://raw.githubusercontent.com/dataforgoodfr/12_pinkbombs/main/download/csv/social_mill_fishing_6.csv.zip",
+ "dataArtifact": "social_mill_fishing_6.csv.zip"
+ }
+ }
+ }
+ },
+ "alternative": {
+ "title": "Alternatives",
+ "blocks": {
+ "alternatives": { "title": "Nutrition matrix" }
+ }
+ }
+ },
+ "calculator": {
+ "salmon": "slaughtered salmon",
+ "fish": "forage fish caught to feed salmon",
+ "companies": "tonnes of CO2 emitted by industry",
+ "money": "euros of turnover for market leading companies"
+ }
+ }
+}
diff --git a/messages/en/pages/legal.json b/messages/en/pages/legal.json
new file mode 100644
index 000000000..09eeac426
--- /dev/null
+++ b/messages/en/pages/legal.json
@@ -0,0 +1,10 @@
+{
+ "legal": {
+ "meta": {
+ "title": "Legal notices"
+ },
+ "title": "PinkBombs - Legal notices",
+ "sub": "In force as of October 10, 2024",
+ "content": "
In accordance with the provisions of Law No. 2004-575 of June 21, 2004 on Confidence in the Digital Economy, users and visitors, hereinafter the \"User\", of the site www.pinkbombs.org, hereinafter the \"Site\", are hereby informed of these legal notices.
Connection and navigation on the Site by the User implies full and unreserved acceptance of these legal notices.
Site publisher:
The website www.pinkbombs.org is published by the Seastemik association.
Corporate name:
Seastemik, Association declared according to the law of 1901, with the SIRET 92449298600014 and the head office at 6 rue Gambetta, 56100 Lorient, France
The publication manager is the Seastemik association.
Website host:
The website www.pinkbombs.org is hosted by: Vercel Inc. Located at 340 S Lemon Ave #4133 Walnut, CA 91789 Phone: (559) 288-7060.
Intellectual Property:
All content on the www.pinkbombs.org website, including but not limited to text, images, logos and graphics, is protected by copyright. Any total or partial reproduction of the site without the express authorization of the Seastemik association is prohibited.
Personal data:
The site www.pinkbombs.org may collect personal data from its users, in accordance with the amended \"Informatique et Libertés\" law of January 6, 1978 and the General Data Protection Regulation (GDPR). Users have the right to access, rectify and delete personal data concerning them, which they can exercise by contacting the association at the following address: info@seastemik.org.
"
+ }
+}
diff --git a/messages/en/pages/story.json b/messages/en/pages/story.json
new file mode 100644
index 000000000..e44b27342
--- /dev/null
+++ b/messages/en/pages/story.json
@@ -0,0 +1,61 @@
+{
+ "story": {
+ "title": "The salmon you eat, sell, produce...",
+ "bomb": "kills, starves, contaminates.",
+ "explode": {
+ "intro": "The salmon industry is a bomb with multiple impacts",
+ "social": {
+ "title": "Social Justice",
+ "content": "Diverts food from West African communities."
+ },
+ "climat": {
+ "title": "Climate",
+ "content": "Generates a carbon footprint equivalent to that of 10,000 inhabitants."
+ },
+ "health": {
+ "title": "Health",
+ "content": "Raises concerns about human health due to diseases requiring medication and microplastics."
+ },
+ "biodiversity": {
+ "title": "Biodiversity",
+ "content": "Degrades marine biodiversity, including escapees, pollution, parasites, and overexploitation of wild stocks."
+ },
+ "animals": {
+ "title": "Animal welfare",
+ "content": "Stress, diseases, excess mortality as consequences of intensive breeding."
+ }
+ },
+ "edito": {
+ "social": {
+ "title": "Social Justice",
+ "content": "Every year, 123,000 to 144,000 tonnes of wild fish are harvested from West African waters to feed Norway's farmed salmon, putting the food security of local communities at risk."
+ },
+ "climat": {
+ "title": "Climate",
+ "content": "Intensive salmon farming generates greenhouse gas emissions, primarily carbon dioxide (CO2) from energy used in facilities, feed production, and transportation, as well as methane resulting from the decomposition of organic waste."
+ },
+ "health": {
+ "title": "Health",
+ "content": "The high concentration of fish in aquaculture farms promotes the spread of diseases, necessitating the use of pathogens or medications, which can have consequences for human health. Additionally, the increasing presence of microplastics in salmon raises concerns for human health.",
+ "credit": "Photo credit: Ramji / Bob Brown Foundation"
+ },
+ "biodiversity": {
+ "title": "Biodiversity",
+ "content": "Intensive salmon farming has significant impacts on marine biodiversity, including escapees, water pollution from waste discharge, parasites affecting wild populations, and increased pressure on wild fish stocks due to the demand for fishmeal, thereby contributing to overexploitation and declining biodiversity."
+ },
+ "animals": {
+ "title": "Animal welfare",
+ "content": "The very high density of salmon in cages leads to illness and stress. Sea lice eat the flesh of disfigured fish. Mortality rates within cages are abnormally high."
+ }
+ },
+ "industry": {
+ "title": "And all this with the impunity of an exponentially growing industry.",
+ "content": "Salmon production, dominated by a handful of multinationals, has experienced hyper-growth on a global scale for several decades.",
+ "source": "https://www.fao.org/fishery/en/collection/aquaculture?lang=en",
+ "data": "https://raw.githubusercontent.com/dataforgoodfr/12_pinkbombs/final-changes/download/csv/numbers_salmons_farmed_1.0.csv.zip",
+ "artifact": "numbers_salmons_farmed_1.0_fr.csv.zip",
+ "image": "https://raw.githubusercontent.com/dataforgoodfr/12_pinkbombs/main/download/graphs_image/numbers_salmons_farmed_1.0.png",
+ "link": "I act"
+ }
+ }
+}
diff --git a/messages/fr/components.json b/messages/fr/components.json
new file mode 100644
index 000000000..e0f728f14
--- /dev/null
+++ b/messages/fr/components.json
@@ -0,0 +1,52 @@
+{
+ "components": {
+ "summary": {
+ "title": "page"
+ },
+ "edito": {
+ "link": "En savoir plus"
+ },
+ "shareLink": {
+ "blank": "nouvel onglet",
+ "twitter": "Twitter",
+ "linkedin": "Linkedin",
+ "website": "Site internet",
+ "email": "E-mail",
+ "newsletter": "Newsletter",
+ "instagram": "Instagram"
+ },
+ "chart": {
+ "loading": "Chargement des données en cours..."
+ },
+ "calculator": {
+ "intro": "Voici les impacts de l'industrie du saumon dans le monde depuis que vous avez ouvert cette page web.",
+ "seconds": "secondes",
+ "second": "seconde"
+ },
+ "join": {
+ "main": {
+ "title": "Be the change.",
+ "intro": "Vous ne voulez pas participer à cette bombe écologique et sociale ? Bonne nouvelle, les solutions existent !",
+ "content": "
L’État, les entreprises et les citoyen·nes peuvent - ensemble - faire partie de ces solutions.
L'État peut réguler pour abandonner l'élevage intensif de poissons carnivores - tels que les saumons et les thons - et pour arrêter la surpêche dans le monde.
Les entreprises doivent s'engager pour plus végétaliser les assiettes et développer une aquaculture de faible niveau trophique, comme les algues et les coquillages.
Individuellement faisons le choix simple d'exclure le saumon de nos assiettes afin d'accélérer collectivement la révolution vers un système alimentaire plus végétal qui répond aux impératifs de santé, de durabilité et de justice sociale.
",
+ "act": "Pour inverser la tendance et stopper le désastre, il est urgent d’agir. On a des leviers d’action ! ",
+ "link": "J’agis"
+ },
+ "alternatives": {
+ "title": "Choix alimentaires et leurs impacts",
+ "intro": "Ce que nous choisissons de manger, de vendre et de produire a des impacts différents sur la planète, les gens et les animaux.",
+ "content": "
La France, plus grand consommateur européen et située dans le top 4 des plus grands consommateurs de saumons au monde, porte une responsabilité particulière dans l'orientation de ces choix.
Nous sommes face à une urgence océanique. L'Océan, principale source de vie sur Terre, est de plus en plus menacé par nos activités humaines. La surpêche est la principale cause de perte de biodiversité marine. L'industrie du saumon, emblématique de l'aquaculture intensive, génère des impacts multiples à l’échelle mondiale. Il est donc urgent de changer le système alimentaire pour une meilleure protection des humains, des animaux et des écosystèmes.
PinkBombs est là pour :
Alerter sur l'une des plus grandes menaces pour l'Océan aujourd'hui : l'élevage de saumons.
Déconstruire la perception populaire déformée autour de la consommation de saumons.
Orienter les entreprises, les États et les consommateur·ices vers des solutions positives.
"
+ },
+ "who": {
+ "title": "Qui sommes-nous ?",
+ "content": {
+ "first": "PinkBombs est le fruit d'une collaboration entre deux organisations à but non lucratif, Seastemik et DataforGood.",
+ "parts": {
+ "seastemik": {
+ "title": "Seastemik",
+ "content": "
Seastemik est une ONG fondée en 2023 qui s’engage pour un Océan vivant à travers une révolution systémique de notre alimentation. Nous travaillons à mettre fin aux pratiques d’aquaculture non durables, en particulier les élevages intensifs de saumons, pour une meilleure protection des humains, des animaux et des écosystèmes.",
+ "link": "Voir le site de Seastemik"
+ },
+ "dataforgood": {
+ "title": "Data for Good",
+ "content": "Data for Good est une ONG française dont le but est d'aider les projets d'intérêt général à se développer. Grâce à une communauté de plus de 4000 bénévoles compétents en technologie, une douzaine de projets sont soutenus et développés pendant plus de 3 mois.",
+ "link": "Voir le site de Data for Good"
+ }
+ },
+ "last": "Un immense merci aux volontaires qui ont mis leurs talents et leur temps pour permettre à ce projet de voir le jour : Adrien Brogniet, Agathe Arnould, Antoine Rogeau, Béatrice Chetard, Charlotte Eckstein, Charlotte Martinez, Erin Pacquetet, Gaëlle Nordström-Schüler, Giuseppe Guarino, Jade Fath, Julie Lasserre, Malena Guallar, Marie Courraud, Maud Ges, Maxime Schroder, Mélanie Beraud, Nadezda Berzina, Nelson Carvalho, Nicolas Berthozat, Oumeima El Isbihani, Paul Pajot, Paul Tenaillon, Quentin Deltour, Sandrine Dimitriadis, Sarah Rieubland, Solène Richard, Thomas Catinaud Taris, Vincent Martin. Gratitude éternelle."
+ }
+ },
+ "methods": {
+ "title": "Approche",
+ "content": "
PinkBombs a été créé pour analyser et transformer les données publiques en outils accessibles à tous·tes.
Notre approche repose sur trois valeurs :
Open source : les datas sont disponibles sur la plateforme.
Collaboratif : contactez-nous pour contribuer ou suggérer des améliorations.
Dynamique : Notre base de données est régulièrement mise à jour pour intégrer de nouvelles perspectives et améliorer sa précision.
Notre démarche a suivi trois étapes :
Identifications des sujets prioritaires : L'objectif du site étant d'offrir une compilation des informations les plus frappantes sur le sujet, l'organisation a commencé par prioriser les sujets à aborder.
Recherche approfondie : Une recherche documentaire a été menée sur Internet et en contactant des expert·e·s, en prenant soin d'utiliser uniquement des sources scientifiques ou issues d’organisations internationales renommées.
Données évaluées par des pairs : Dans l'intérêt de la qualité des données, toutes les informations ont été vérifiées en interne. Un soutien d’expert·e·s a permis la validation finale.
Nous avons oublié des informations clés ? Vous avez une question ? Veuillez nous contacter.
Tonnes de CO2 émises : Les émissions de gaz à effet de serre du secteur sont estimées à partir des rapports producteurs et de la production totale de la filière. Voir la section Climat pour le détail.
Chiffre d’affaires de l’industrie : Les données sont issues des rapports annuels d’activité de 2022 des 10 plus grands producteurs (voir section Producteurs).
Le saumon atlantique est inscrit sur la liste rouge de l’UICN (en). Les données sur la pêche du saumon sauvage dans l'océan Atlantique sont disponibles sur le site du Conseil international pour l'exploration de la mer (Source : NASCO (en)).
"
+ },
+ "hyper-growth": {
+ "title": "Chiffres de l'industrie du saumon atlantique",
+ "content": "
Les données sur la production de saumons d’élevage sont disponibles sur le site de l’Organisation des Nations Unies pour l’Alimentation et l’Agriculture (Source : FAO). Les graphes “Production de saumons d’élevage” (page Story), “Production de saumons d’élevage par pays”, “Top 10 pays producteurs de saumons par tonnes (2021)” et “Évolution de l’élevage de saumons par pays” (page Dashboard) sont un direct visuel de cette source de données une fois filtré sur Salmo Salar (saumon atlantique).
Afin de fournir une comparaison entre les volumes de pêche du saumon atlantique et de l’aquaculture, nous avons utilisé le volume maximal de saumons atlantiques pêchés en une année, soit 25,293 tonnes en 1967 (Source : NASCO (en), voir Section Effondrement des saumons atlantiques). La production des saumons en élevage était de 2.9 millions de tonnes en 2021 (Source : FAO), soit 115 fois supérieure à la plus grande quantité de saumon jamais pêchée en une année."
+ },
+ "consumption": {
+ "title": "Les principaux pays consommateurs de saumons",
+ "content": "
La consommation de saumons des pays est estimée à partir des données de capture, d’élevage, et d’échange de l’Organisation des Nations Unies pour l’Alimentation et l’Agriculture (FAO). Les fichiers suivants sont utilisés pour la réalisation des bilans :
Données sur la production mondiale de l'aquaculture (Source : FAO)
Données sur le commerce mondial de produits aquatiques (Source : FAO)
L’ensemble des espèces de saumons est considéré dans cette analyse. En effet, il est parfois difficile d’identifier l’espèce de saumon dans les produits échangés (salmon fillet, salmonoids, …), rendant complexe la différenciation des produits issus du saumon atlantique, sockeye, chinook etc. L’année 2019, dernière année pré-covid, est utilisée comme référence. Dès que la FAO publiera les données de trading pour l’année 2022, ce graphique pourra être actualisé.
L’indicateur utilisé pour estimer la consommation de saumon de chaque pays est la consommation apparente, estimée comme la différence entre les flux entrants (capture + élevage + imports) et les flux sortants (exports + réexports).
Le facteur de conversion (CF) décrit le rapport entre le poids de produit et le poids de saumon frais nécessaire pour le produire. En effet, les données de capture et d’aquaculture sont fournies en poids vif (tonnes live weight - TLW) tandis que les données d’échange sont fournies en poids produit (tonnes product weight - TPW). La transformation des produits peut en effet impliquer des évolutions dans le poids des produits, qui doit être prise en compte pour l’estimation des balances. Ainsi, un produit présentant un CF égal à 2 signifie qu’il faut 2 kilogrammes de saumon frais pour produire 1 kilogramme de produit.
Afin de pouvoir comparer les quantités produites, importées et exportées, la table de conversion suivante a été considérée en s’inspirant des tables de conversion proposées par la FAO (en) :
Etat du saumon :
Saumon frais ou réfrigéré: CF=1.13
Steaks ou chair de saumon: CF=1.6
Filets de saumon: CF=2
Saumon vivants: CF=1
Préparation du saumon :
En préparation ou conserve: CF=1.2
Salés: CF=1.5
Séchés: CF=1.62
Fumés: CF=1.92
Dans le cas où le produit combine un état et une préparation, les facteurs de conversions sont multipliés (par exemple des filets de saumon fumés ont un CF=2x1.92=3.84).
Les données présentées dans ce graphique correspondent au Top 15 pour l’année 2021. Vous pouvez également télécharger ces données pour l’ensemble des pays entre 2015 et 2021.
Les données sur la production des 10 plus grands producteurs de saumons d'élevage sont directement tirées du rapport annuel de Mowi 2023 (en) sans transformation de notre part.
Les rapports issus des producteurs
Un grand nombre d’indicateurs sont tirés des rapports intégrés et rapports de durabilité publiés par les producteurs de saumon. La grande majorité d’entre eux publie des informations sur leurs performances en matière de durabilité et leur impact environnemental au sein de rapports annuels normés. Ces rapports sont amenés à évoluer dans les années à venir, du fait de normes plus exigeantes (en). Les rapports de durabilité trouvés et utilisés par le projet PinkBombs peuvent être retrouvés dans ce dossier (en, es, dk). À noter qu’aucun rapport n’a pu être trouvé pour l’entreprise Cooke, pourtant 8ème plus gros producteur mondial.
"
+ },
+ "top-land": {
+ "title": "Les fermes-usines de saumons à terre - les principaux producteurs",
+ "content": "
La capacité de production théorique des producteurs de saumons d’élevage en fermes-usines à terre correspond aux ambitions de production de l’industrie quantifiées dans le rapport de l’industrie de iLaks et Salmon business (en) (2021), citant un chiffre de 2.2 millions de tonnes. Une mise à jour de ce rapport semblait être en cours en 2023 avec une capacité de production estimée à 2.79 millions de tonnes (Source : iLaks (no)).
À partir des données collectées sur les projets de fermes-usines à terre (voir section Les fermes-usines de saumons à terre - la carte), nous présentons un résumé de la production annuelle en tonnes pour les principaux producteurs, en incluant les ambitions déclarées des producteurs, même sans localisation précise pour le moment. Le nombre de projets et les pays des projets sont également inclus. Lorsque ces informations étaient disponibles en ligne, nous avons inclus le siège social du producteur, le site web et le financement.Une ferme-usine produisant 10,000 tonnes par an consomme au moins 100 GWh/an (environ 10 kWh/kg de saumons, Source : Ayuso-Virgili et al. 2023 (en)). Ceci correspond à la consommation d’une ville d’environ 63,000 personnes européennes (consommation moyenne d’un Européen estimée à 1584 kWh/an, source : Eurostat (en)), ou 43,000 personnes françaises (consommation moyenne d’un Français estimée à 2296 kWh/an, Source : Eurostat (en)). L’empreinte carbone de cette quantité d'énergie dépend de plusieurs facteurs (voir Section Les fermes-usines de saumons à terre - la carte), mais se situerait entre 2 et 14 kg CO2 par kg produit, d’après une méta-analyse (Source : Philis et al. 2019 (en)).
La densité des saumons dans les fermes-usines à terre se situe entre 50 et 150 kg de saumons par mètre cube d’eau (Sources : ISFA (en), 2015; Rapport de l’IGEDD, 2022), la densité dans les cages marines étant de 15-25 kg/m3 (Source : ISFA (en), 2015).
"
+ },
+ "future-land-based-map": {
+ "title": "Les fermes-usines de saumons à terre - la carte",
+ "content": "
Data
La liste des fermes d'élevage de saumon terrestres a été initialement établie en utilisant deux listes existantes publiquement disponibles :
L'ensemble de données a ensuite été enrichi par des recherches en ligne sur chaque projet, utilisant une variété de sources (iLaks (no), Undercurrent News (en), Akva Group (en), Salmonbusiness.com (en), Seafood.no (en), regjeringen.no (en), IntraFish (en), NorskFisk (no), SeafoodSource (en), FishFarmingExpert (en), FishFarmerMagazine (en), ScienceNorway (en), Global Seafood alliance (en), RASTech (en), sites internet de diverses entreprises, Andfjord Salmon, Atlantic Sapphire, Nordic Aqua Partners, Proximar Seafood, Salmon Evolution Group, Gigante Salmon, ...) pour identifier la technologie des projets, les espèces, le niveau de production, l’état d’avancement (voir ci-dessous), l’emplacement ou l’emplacement proposé. De nouveaux projets ont été ajoutés si nécessaire et la liste été restreinte aux projets produisant des espèces de saumon (exclusion des projets produisant des truites par exemple) et aux technologies terrestres suivantes: RAS (Recycled Aquaculture Systems), Hybrid RAS/FTS (Flow-Through systems) and SIFT (Super-Intensive Farming Technology).
L'objectif de cette liste étant de capturer l'avenir de l'élevage de saumon sur terre, nous avons identifié la capacité de production à long terme de chaque projet. La liste et les ambitions globales des principales entreprises ont été validées avec d'autres sources, notamment iLaks and Salmon business industry report (en) (2021) et A Particle List of Recent Land Based Salmonid Farms Globally (en) de Newfoundland and Labrador Coalition for Aquaculture Reform (NLCAR), (2021).
Les données incluent les fermes terrestres avec les états d’avancement suivants :
En fonctionnement : La ferme a été construite et est en fonctionnement à l'emplacement identifié. Le niveau de production actuel peut être inférieur aux ambitions à long terme de l'entreprise.
En construction : La ferme est en construction à l'emplacement identifié, selon les dernières informations disponibles en ligne. Le niveau de production initial peut être inférieur aux ambitions à long terme de l'entreprise.
En projet : Un investissement pour construire une nouvelle ferme a été annoncé à l'emplacement identifié, selon les informations disponibles en ligne.
Conceptuel : Aucune information supplémentaire disponible en ligne.
Permis : L'entreprise a reçu le permis local.
Blocage opposition : Le projet a rencontré une opposition locale, ce qui pourrait retarder la construction.
Blocage financier : Selon les dernières informations disponibles en ligne, le projet nécessite un financement supplémentaire, ce qui pourrait retarder la construction.
Pas encore de projet : L'entreprise a annoncé des ambitions de production mais aucun emplacement spécifique pour les projets n'a pu être identifié selon les dernières informations disponibles en ligne. Ces projets sont inclus dans les données mais pas sur la carte.
Les données excluent les fermes terrestres qui ont été arrêtées (par exemple, détruites après un incendie) ou les projets abandonnés.
Les emplacements sont approximatifs, car les informations disponibles en ligne sur l'emplacement des projets/fermes terrestres sont généralement au niveau des villes/villages. Ces informations ont été associées aux données de Geonames - All Cities with a population > 1000 (en) pour obtenir les coordonnées de latitude/longitude. Pour les projets situés dans des villages de moins de 1000 habitant·e·s ou avec des noms ambigus, nous avons utilisé Google Maps pour déterminer les coordonnées. Pour un petit nombre de projets, seule la région a pu être identifiée.
Estimation de la consommation d'électricité et de l'empreinte carbone
La technologie RAS (Recycled Aquaculture Systems, Systèmes d'Aquaculture Recyclée) dans des réservoirs entièrement fermés nécessite de grandes quantités d'eau douce et est très énergivore, car elle vise à recréer très précisément les conditions naturelles trouvées en mer. Afin d'estimer la consommation d'électricité à long terme de chaque projet, la capacité de production de la ferme en tonnes de saumon par an a été multipliée par la consommation d'électricité par poids de saumon produit. Étant donné le niveau d'incertitude lié à la mise en œuvre précise de la technologie RAS, nous avons opté pour une gamme de valeurs basée sur des publications scientifiques :
Cette fourchette englobe la consommation d'électricité par poids produit pour les fermes actuellement en fonctionnement, telles que celle d'Atlantic Sapphire (Rapport annuel (en), 2022).
L'empreinte carbone annuelle de chaque ferme a été estimée sur la base de quatre composants :
Émissions liées aux aliments pour saumons : 2.64 kg CO2/kg de saumon, calculées à partir des émissions de carbone des aliments (Source : Sustainability report Biomar (en), 2022) et d'un ratio de conversion alimentaire (Feed Convertion Ratio, FCR) de 1.27 (Source : eFCR data (IFFO) (en))
Émissions liées à la phase de construction : 0.39 kg CO2/kg de saumon (Source : Liu et al. 2016 (en))
Émissions liées à l'oxygénation : 0.44 kg CO/kg de saumon (Source : Liu et al. 2016 (en))
Émissions liées au cycle de vie du saumon les fermes-usines à terre : nous avons utilisé les émissions de la consommation d'électricité dans le pays où la ferme-usine est située, basées sur le jeu de données « Carbon intensity of electricity generation » (en) (2023)
Limitations potentielles de notre méthodologie
Certains projets peuvent être manquants ou obsolètes. Si un investissement a été annoncé mais n'a pas abouti, le projet pourrait avoir été abandonné. L'emplacement peut être inexact si un autre site de construction a été identifié mais non annoncé. Nous indiquons l'année des dernières informations identifiées pour une transparence totale.
La capacité de production capturée peut varier d'une ferme-usine à l'autre. Selon les informations disponibles, elle peut refléter ce que le producteur a obtenu la permission de produire ou les plans à long terme du producteur.
La consommation d'électricité par tonne de saumon produite est basée sur la technologie RAS et devrait représenter une moyenne. Un petit nombre de projets utilisent la technologie SIFT avec une consommation d'électricité probablement plus élevée, et la technologie Hybrid RAS/FTS avec une consommation d'électricité probablement plus faible.
L'empreinte carbone des fermes-usines à terre peut être surestimée ou sous-estimée au cas par cas, en fonction des arrangements spécifiques que le producteur a localement pour augmenter la durabilité et/ou l'utilisation d'énergies renouvelables locales (par exemple, la géothermie).
20.9% de cette alimentation est composée de concentré de protéine de soja, contenant 62.2% de protéine de soja (Source : Synnøve Aas et al., 2022 (en))
L’empreinte au sol de la production de soja est fixé à 2.2 m2 pour 100g de protéine (Source : Yummuproof (en))
La superficie considérée pour un terrain de football est de 7000 m2
La consommation moyenne d’un Européen est estimée à 1584 kWh par an tandis que la consommation moyenne d’un Français est estimée à 2296 kWh par an (Source : Eurostat (en))
La production d’un réacteur nucléaire est estimée à 500 GWh (Source : EDF)
Empreinte carbone :
Les émissions de CO2 des de fermes-usines ont été évalués pour la cartographie mondiale des projets, en considérant le consommation électrique des bassins et le contenu carbone local de l’électricité (voir section Les fermes-usines de saumons à terre - la carte)
Remonter la chaîne de production du saumon jusqu'à son impact sur la déforestation n’est pas aisé. Ici, nous nous concentrerons uniquement sur les terres nécessaires à la production de saumon en Norvège, en particulier pour un aliment végétal essentiel à leur alimentation : le Concentré de Protéines de Soja (CPS) brésilien. Nous ne fournirons pas de chiffres exacts sur la déforestation légale liée à l’industrie du saumon norvégien. En effet, depuis 2006, le Moratoire sur le Soja (Soy Moratorium) est censé protéger l'Amazonie de la déforestation légale pour la culture du soja. Néanmoins, la déforestation légale s'est déplacée vers d’autres régions du Brésil moins protégées, comme le Cerrado, et la production intensive de soja se poursuit dans les zones déboisées avant 2008 de l’Amazonie.
Nous nous sommes appuyés sur le rapport de 2017 From Brazilian farms to Norwegian tables de Framtiden i våre hender (FIVH) et de Rainforest Foundation Norway (RFN) pour retracer la chaîne de production entre le soja brésilien et le saumon norvégien. Ce rapport indique qu'en 2015, 3 tonnes de graines de soja sont cultivées en moyenne par hectare et qu’il faut 0.57 kg de graines de soja pour produire 1 kg de CPS. Il précise également que les autorités norvégiennes souhaitent que l'industrie aquacole atteigne cinq fois sa taille actuelle d'ici à 2050.
En utilisant ces chiffres et en tenant compte de la quantité de saumon produite par la Norvège en 2020 (d'après la FAO), nous déduisons que la surface nécessaire à la culture du soja au Brésil pour l’alimentation du saumon norvégien en 2020 est de 2154 km2 (plus de 20 fois la surface de Paris). Cette surface pourrait atteindre environ 11,000 km2 en 2050, ce qui est comparable à la déforestation légale de l’Amazonie en 2022, qui s’élevait à 11,570 km2.
Les données d'échappées de saumons sont issues des rapports annuels des producteurs (Source : rapports intégrés et/ou rapports de durabilité (en, es, dk), voir la section Producteurs). Aucune données n'ont été trouvées pour Cooke. Les données recueillies pour chaque producteur sont compilées sur l’ensemble des années rapportées puis comparées.
Les données sur l'utilisation des antibiotiques dans l'industrie de l'élevage de saumons sont difficiles à obtenir. Au Chili, le Service National de la Pêche et de l'Aquaculture (Sernapesca) a publié un rapport en 2021 sur l'utilisation des antimicrobiens dans la salmoniculture nationale (es). Nous avons utilisé les données sur la quantité d'antimicrobiens en 2021 (463 tonnes) et sur la biomasse récoltée (0.99 millions de tonnes), avec un ratio de 0.047 %. La grande majorité des antimicrobiens est appliquée à l'aquaculture en eau de mer (98.7 %) et aux espèces de saumon (97.9 %). Les antimicrobiens comprennent les antibiotiques, ainsi que les médicaments antifongiques et antiseptiques, cependant le rapport montre que la substance la plus couramment utilisée dans l'aquaculture en eau de mer est le Florfenicol (97.1 %), un antibiotique couramment utilisé en médecine vétérinaire.
Pour produire la visualisation, nous avons converti la quantité d'antibiotiques administrés aux saumons produits en 2021 à un équivalent humain, en utilisant le poids moyen d'une personne française (hommes et femmes confondus - 74.1 kg, Source). La dose d'antibiotiques que cela représente pour un humain (35 g) équivaut à 140 comprimés d'antibiotiques (1 comprimé de 250 mg d'antibiotiques typiques pour la consommation humaine).
Pour la définition des microplastiques (MP), le seuil le plus couramment préconisé est <5 mm (Directive-cadre sur la stratégie marine de l'UE, Décision de la Commission, 2017). Pour estimer la quantité de microplastiques consommée par personne en France chaque année, nous avons commencé par utiliser les recherches existantes pour calculer la quantité de MP qui se trouvent dans un saumon :
12.5 microplastiques par 100g de saumon sauvage (entre 10 et 15; Source : rapport Norce (en), 2020)
10.5 microplastiques par 100g de saumon d'élevage (Source : rapport Norce (en), 2020)
Nous avons supposé que la part de saumon d’élevage est de 93% pour le saumon consommé par les Français (Source : étude WWF) - prendre une valeur différente aurait un impact limité sur le résultat, car le nombre de MP dans le saumon ne change pas significativement entre les deux catégories.
Un Français consomme 4,2 kg de saumon par an (France Agrimer). Cela représente 468 MP par an. Comme un Français consomme 97,500 MP par an (Cox et al. 2019 (en)), nous obtenons que 0,5% provient de la consommation de poissons.
"
+ }
+ },
+ "animal-welfare": {
+ "title": "Condition animale",
+ "density": {
+ "title": "Densité / stress dans une ferme-usine à terre",
+ "content": "
Pour représenter la densité des saumons dans l'industrie de l'élevage, nous utilisons les valeurs suivantes:
Densité dans les fermes en cages marines : 20 kg de poissons par m3 à leur taille maximale - moyenne prise au lieu d'une plage de valeurs 15-25 kg/m3 (Source : ISFA (en), 2015)
Densité dans les fermes-usines à terre : 65 kg de poissons par m3 à leur taille maximale - moyenne prise au lieu d'une plage de valeurs 50-80 kg/m3 (Source : ISFA (en), 2015; Rapport de l’IGEDD, 2022)
En supposant qu'une baignoire contient 200 litres d'eau (il n'y a pas de données claires à ce sujet, mais c'est une valeur approximative que nous pouvons supposer en comparant différentes baignoires en ligne), et en supposant qu'un saumon moyen pèse 5 kg (Sources : Knockaert, C. 2006, Mood et al. 2023 (en), , Fishcount (en)), nous trouvons que la densité dans les fermes en cages marines équivaut à mettre 0.8 saumon dans une baignoire, et 4 saumons pour les fermes-usines à terre."
+ },
+ "mortality": {
+ "title": "Taux de mortalité",
+ "content": "
Les données de taux de mortalité des saumons sont issues des rapports annuels des producteurs (Source : rapports intégrés et/ou rapports de durabilité (en, es, dk), voir la section Producteurs). Les taux de mortalités recueillis pour chaque producteur sont détaillés année par année, et si possible pays par pays si la donnée est disponible. Les données ne sont pas disponibles pour tous les producteurs sur toutes les années (2011- 2022). Attention : ces chiffres ne prennent en compte que la mortalité en mer, durant la phase de maturation des saumons. La mortalité observée en eau douce lors de la phase de croissance pré-smolt est proche de 30% (Source : rapports annuels Multi X (en, es)).
A titre de comparaison, les élevages intensifs affichent des taux de mortalité situés aux alentours de 3% pour les bovins (Source : VetAgro Sup), 20% pour les porcins (Source : IFIP) et 4% pour les poulets (Source : ATAVI).
La quantité d’émissions de gaz à effet de serre issues de l’élevage des saumons ainsi que leur répartition entre les scopes 1, 2 et 3 sont issus des rapports annuels 2021 de 9 des plus gros producteurs, lesquels représentent environ 50% de la production mondiale (Source : rapports intégrés et/ou rapports de durabilité (en, es, dk), voir la section Producteurs). Les émissions scope 2 considérées sont celles estimées selon la méthodologie de calcul “location based”.
Ces émissions sont ensuite extrapolées à l’ensemble de la production de saumon mondiale, en considérant une production de 2.9 millions de tonnes de saumon (Source : FAO), prenant ainsi l’hypothèse de l’homogénéité des pratiques et sources d’alimentation sur l’ensemble des producteurs restants.
Pour consulter le détail des émissions des 9 des plus grands producteurs, téléchargez les données.
A titre de comparaison, nous utilisons les émissions de la Croatie, estimées à 17.2 millions de tonnes en 2022 (Source : EDGAR (en)), ainsi que l’objectif 2050 de 2 tonnes par personne par an pour ne pas dépasser +2°C de réchauffement climatique (Source : The Nature Conservancy (en)).
Afin d’estimer la part du poisson issu de la pêche minotière qui est utilisée pour nourrir les saumons d’élevage, nous avons utilisé les sources suivantes:
La quantité de poissons fourrages nécessaire à la production d’un kilogramme de saumon est estimée à 1.32 kilogramme, en considérant les hypothèses suivantes:
L’ingrédient limitant issu des poissons fourrage pour l’alimentation des saumons est l’huile de poissons, laquelle représente environ 8.3% de la composition des aliments en 2020 (Source : Synnøve Aas et al. 2022 (en))
1.27 kilogramme d’aliments est nécessaire pour produire 1 kilogramme de saumon (Source : IFFO (en))
La production de saumons de l’Atlantique en élevage en 2020 est de 2.72 millions de tonnes (Source : FAO, code SAL pour saumon de l’Atlantique).
La pêche mondiale (marine et continentale) est de ~90 millions de tonnes en 2020 (Source : FAO), dont 70 millions de tonnes pour la consommation humaine et 15 millions de tonnes sont acheminées vers la production de farine et d'huile de poisson. Le reste est principalement utilisé à des fins ornementales, pour les alevins, comme appât, dans des usages pharmaceutiques, et comme matière première pour l'alimentation directe en aquaculture. (Source : EUMOFA (en), 2018).
La production mondiale de farine de poisson approvisionne le secteur de l'aquaculture (57%), le secteur porcin (22%) et le secteur avicole (14%) (Source : Bloom (en), chiffres de 2008).
En utilisant les facteurs de conversions présentés ci-dessus, nous estimons la quantité de poissons pêchés pour nourrir les saumons d’élevage à 3.66 millions de tonnes, ce qui représente 4% de la pêche mondiale (2020). Comme des chiffres plus récents n'étaient pas disponibles, nous avons calculé le volume de la production mondiale de pêche destinée à différents secteurs, parmi les 20 millions de tonnes (~23%) qui ne sont pas destinés à la consommation humaine, on trouve l’aquaculture (8.55 millions de tonnes), soit 9.5% de la production mondiale de pêche.
La farine d'insectes est identifiée comme étant un potentiel substitut aux farines de soja ou issues de la pêche minotière. Un certain nombre de raisons, présentées dans ce document disponible au téléchargement, poussent néanmoins à la prudence voire à la défiance concernant cette solution qui ne semble pas représenter une avancée majeure sur le volet environnemental.
"
+ }
+ },
+ "alternatives": {
+ "title": "Choix alimentaires et leurs impacts.",
+ "content": "
Le tableau des choix alimentaires présente une comparaison de 8 choix alimentaires (dont le saumon) sur la base de 6 critères. Certains de ces critères reposent sur des données quantitatives, alors que d’autres reposent sur des données qualitatives. La gamme de couleurs représente des degrés graduels d’impacts, de vert foncé (impact très réduit) à rouge foncé (impact excessivement fort).
La méthodologie comprend une analyse sur les oméga 3 (intérêts, bilan nutritionnel national, coût financier sur le panier de consommation des ménages)
"
+ }
+ }
+}
diff --git a/messages/fr/pages/act.json b/messages/fr/pages/act.json
new file mode 100644
index 000000000..76a6cabc7
--- /dev/null
+++ b/messages/fr/pages/act.json
@@ -0,0 +1,51 @@
+{
+ "act": {
+ "meta": {
+ "title": "Agir"
+ },
+ "title": "Bonne nouvelle : désamorcer les Pinkbombs est à portée de clic",
+ "company": {
+ "title": "J’interpelle les entreprises responsables",
+ "content": "en partageant un post d’information pré-rédigé qui les identifie sur Linkedin.",
+ "link": "Poster sur Linkedin",
+ "target": "https://www.linkedin.com/sharing/share-offsite/?url=https://pinkbombs.org/&text=Hey%20%40pure-salmon%2C%20en%20tant%20qu%27acteur%20majeur%20de%20l%27industrie%20du%20saumon%2C%20vous%20avez%20le%20pouvoir%20de%20changer%20vos%20pratiques%20et%20vous%20orienter%20vers%20proc%C3%A9d%C3%A9s%20plus%20%C3%A9thiques%20et%20respectueux%20de%20l%27environnement%20comme%20du%20saumon%20lui-m%C3%AAme.%0ASi%20vous%20voulez%20d%C3%A9couvrir%20la%20r%C3%A9alit%C3%A9%20de%20l%27industrie%20du%20saumon%2C%20allez%20visiter%20notre%20site%20%3A"
+ },
+ "territory": {
+ "title": "Je dis non au projet d’usine à saumons sur mon territoire",
+ "content": "Le projet de ferme-usine de saumons à terre dénommé « Pure Salmon », initiative du fonds d’investissement singapourien 8F Asset Management, est en discussion près de Bordeaux. Grâce aux pétitions signées par les citoyen·ne·s, il a notamment été retoqué au Pas-de-Calais et en Bretagne. Continuons !",
+ "link": "Signer la pétition",
+ "target": "https://www.wesign.it/fr/environnement/non-a-lelevage-intensif-de-saumons-au-verdon-sur-mer"
+ },
+ "seastemik": {
+ "title": "Je soutiens Seastemik",
+ "content": "Seastemik est une association créée en 2023 avec l’objectif d’accélérer notre transition vers un Océan en bonne santé. Elle sensibilise sur les impacts d'un système alimentaire qui exploite l'Océan, soutient les mobilisations citoyennes, appelle les politiques à s'engager et accompagne la révolution iodée des entreprises en proposant des solutions positives. Chaque action compte ! Rejoignez la vague du changement et aidez Seastemik à changer de courant, pour un Océan vraiment vivant :",
+ "ctas": [
+ {
+ "label": "Faire un don sur HelloAsso",
+ "target": "https://www.helloasso.com/associations/seastemik/formulaires/1"
+ },
+ {
+ "label": "S’inscrire à la newsletter",
+ "target": "https://seastemik.org/newsletter"
+ },
+ {
+ "label": "Suivre Seastemik",
+ "target": "https://seastemik.org/"
+ }
+ ]
+ },
+ "eat": {
+ "title": "Je laisse les saumons en dehors de mon assiette",
+ "content": "Prêt·e·s à se mettre en chemin pour laisser les saumons dans les océans et les rivières ? Quel objectif vous semble atteignable ? Laissez-le nous dans notre boîte à intentions pour faire grandir la communauté !",
+ "link": "Je participe",
+ "target": "https://forms.gle/5kNG7BDeZBQmq6vY9",
+ "image": "/images/act/citizens.jpg"
+ },
+ "report": {
+ "title": "S'éduquer et transmettre pour mieux agir",
+ "content": "Lire et partager le rapport de Seastemik sur l’industrie du saumon permet de déconstruire la perception populaire déformée autour de la consommation de saumons. Bonne lecture !",
+ "link": "Consulter notre rapport",
+ "target": "https://seastemik.org/publications"
+ }
+ }
+}
diff --git a/messages/fr/pages/dashboard.json b/messages/fr/pages/dashboard.json
new file mode 100644
index 000000000..d924a6752
--- /dev/null
+++ b/messages/fr/pages/dashboard.json
@@ -0,0 +1,242 @@
+{
+ "dashboard": {
+ "meta": {
+ "title": "Dashboard"
+ },
+ "title": "Les chiffres derrière l’histoire",
+ "sections": {
+ "intro": {
+ "title": "Tendances macro",
+ "blocks": {
+ "salmon-collapse": {
+ "title": "Effondrement des saumons atlantiques",
+ "mainContent": "
Le saumon atlantique est inscrit sur la liste rouge de l’UICN : depuis décembre 2023, son statut est passé de “préoccupation mineure” à “quasi-menacé”.
",
+ "content": "
Les causes du déclin de l’espèce sont multiples : la surpêche en mer, la dégradation des habitats d’eau douce et la construction de nombreux obstacles à la migration, les effets du réchauffement climatique qui modifie leurs environnements, impactant leurs taux de croissance et de survie.
Les activités d’élevage sont également identifiées comme une des menace parmi les plus importantes pesant sur les populations sauvages (pollution marine, diffusion de maladies, et évasions de saumons d’élevage entraînant des croisements “génétiques” perturbant la capacité des saumons sauvages à survivre dans leur habitat naturel).
La production de saumon a connu une croissance sans précédent.
",
+ "content": "
Quasi inexistante il y a 30 ans, elle a bondi à trois millions de tonnes de saumons en 2021, soit l’équivalent de l’élevage et de l’abattage de 600 millions de saumons. La production actuelle de saumon d’élevage est 115 fois supérieure à la plus grande quantité de saumons jamais pêchée en une année.
La hausse de la production de saumons résulte d’une augmentation de la consommation de ces poissons.
",
+ "content": "
En 2021, les États-Unis étaient les plus grands consommateurs de saumons, avec une consommation annuelle s’approchant du million de tonnes, suivis par la Russie et le Japon avec environ 500,000 tonnes consommées par an. Les pays européens arrivent ensuite, avec la France au premier rang : en 2021, elle est le premier consommateur de saumons en Europe, et le quatrième pays le plus consommateur de saumons au monde.La consommation des pays occidentaux se situe aux alentours de 3 à 4 kilos de saumons par an et par habitant·e, tandis que des pays des Suds comme le Brésil présentent des consommations par habitant·e très faibles.
Les petites fermes salmonicoles artisanales ont cédé la place à l’aquaculture industrielle.
",
+ "content": "
En quelques décennies, le marché est devenu dominé par une poignée de multinationales.
Mowi, anciennement Marine Harvest, est leader du secteur. L'entreprise est présente dans 25 pays.
",
+ "source": "anglais",
+ "data": "https://raw.githubusercontent.com/dataforgoodfr/12_pinkbombs/main/download/csv/top_10_companies_producing_2.1_fr.csv.zip",
+ "artifact": "top_10_companies_producing_2.1_fr.csv.zip",
+ "image": "https://raw.githubusercontent.com/dataforgoodfr/12_pinkbombs/main/download/graphs_image/top_10_companies_producing_2.1_fr.png"
+ },
+ "top-land": {
+ "title": "La nouvelle menace: les fermes-usines de saumons à terre",
+ "mainContent": "
En 2021, la capacité de production théorique combinée des élevages de saumons en cages terrestres s’élève à 2,2 millions de tonnes, soit presque autant que la production mondiale de saumons dans les élevages en cages marines (2,7 millions de tonnes).
",
+ "content": "
Malgré les défis technologiques et de rentabilité, l'industrie investit massivement dans les fermes-usines terrestres, avec un grand nombre de projets annoncés au cours des 5 dernières années. Le plus grand producteur est Pure Salmon, basé aux Émirats Arabes Unis, avec une ambition de production de 260,000 tonnes par an et des projets dans au moins huit pays, dont la France.
",
+ "data": "https://raw.githubusercontent.com/dataforgoodfr/12_pinkbombs/main/download/csv/top_10_ras_companies_2.3_fr.csv.zip",
+ "artifact": "top_10_ras_companies_2.3_fr.csv.zip",
+ "image": "https://raw.githubusercontent.com/dataforgoodfr/12_pinkbombs/main/download/graphs_image/top_10_ras_companies_2.3_fr.png"
+ },
+ "future-land-based": {
+ "title": "Le futur des fermes-usines de saumons à terre",
+ "mainContent": "
Les fermes-usines à terre utilisent la technologie RAS (Recycled Aquaculture Systems), une nouvelle technologie qui a pour but d’élever des saumons sur l’ensemble de leur cycle de vie dans des bassins fermés construits à terre.
",
+ "content": "
Ces systèmes sont ultra-énergivores (environ 100 GWh/an pour une ferme-usine produisant 10 000 tonnes par an, soit l’équivalent de la consommation d’environ 43 000 français⸱e⸱s) et donc à forte empreinte carbone (entre 2 et 14 kg CO2 par kg de saumon produit).
Pour une question de rentabilité, des densités excessives sont prévues dans les cages terrestres : entre 50 et 150 kg de saumons par mètre cube, soit une densité jusqu’à 5 fois plus élevée que dans les élevages en cages marines.
La technologie n’est pas encore totalement maîtrisée : actuellement, aucune usine en fonctionnement ne produit plus de 5 000 tonnes et les incidents techniques sont fréquents. Une usine au Danemark en a subi cinq, résultant de défaillances techniques (pollution au chlorure de fer dans le fjord, incendie complet de son usine, engendrant pollution de l’air et de l’eau).
",
+ "data": [
+ {
+ "title": "+91.1% de production",
+ "content": "L’ensemble des fermes-usines à terre pourraient représenter une augmentation de plus de 91% de la production mondiale de saumons"
+ },
+ {
+ "title": "233 milliards de poissons",
+ "content": "Jusqu’à 233 milliards de poissons sauvages, dits poissons fourrage, devront être pêchés chaque année pour produire la farine et l’huile nécessaires pour nourrir ces nouveaux saumons"
+ },
+ {
+ "title": "436 000 tonnes de soja",
+ "content": "Ces mêmes aliments contiennent du soja. Plus de 1,000,000 d’hectares seront nécessaires à la production de ce soja, soit l’équivalent de 1.5 millions de terrains de football"
+ },
+ {
+ "title": "59.78 TWh d'électricité",
+ "content": "L'énergie nécessaire pour filtrer, refroidir et faire circuler l’eau de ces futures fermes-usines à terre représentera la production de jusqu'à 10 réacteurs nucléaires ou la consommation de 26 millions de Français⸱e⸱s"
+ },
+ {
+ "title": "16.9 millions de tonnes de CO2",
+ "content": "L’élevage de ces nouveaux saumons pourrait émettre jusqu’à 16.9 millions de tonnes de CO2 par an, soit plus de 7 kg de CO2 par kg de saumon produit en moyenne"
+ }
+ ],
+ "meta": {
+ "image1": "/dashboard/images/fr/fermes_usines_terrestres_electricite.png",
+ "infoImage1": "consommation d’électricité",
+ "image2": "/dashboard/images/fr/fermes_usines_terrestres_carbon.png",
+ "infoImage2": "empreinte carbone",
+ "data": "https://raw.githubusercontent.com/dataforgoodfr/12_pinkbombs/main/data/ras_projects_for_map_2.4_fr.csv",
+ "dataArtifact": "ras_projects_for_map_2.4_fr.csv.zip"
+ }
+ }
+ }
+ },
+ "biodiversity": {
+ "title": "Biodiversité",
+ "blocks": {
+ "deforestation": {
+ "title": "Déforestation",
+ "mainContent": "
La volonté du gouvernement norvégien était d'augmenter la production de saumons d’élevage de 400% d'ici 2050.
",
+ "content": "
Cela nécessiterait l'utilisation de 11 000 km² pour la production de soja au Brésil. Cela équivaut à la déforestation totale légale de l’Amazonie en 2022.
",
+ "image": "fr/deforestation.svg",
+ "altImage": "En 2020 en Norvège, il faut l’équivalent de 2154km² de plantation de Soja, soit 20 fois Paris pour produire 1562415 tonnes de saumons.",
+ "meta": {
+ "image": "/dashboard/images/fr/deforestation.png",
+ "source": "anglais"
+ }
+ },
+ "escapes-rates": {
+ "title": "Évasions",
+ "mainContent": "
De 2018 à 2022, plus de 4 millions de saumons se sont échappés des élevages des 11 plus grands producteurs.
",
+ "content": "
Ces saumons échappés d'élevages posent de nombreux problèmes écologiques, notamment par la compétition qu'ils induisent sur les ressources avec les populations sauvages, par l'introduction de maladies et de parasites, et par le risque d'hybrider avec les saumons sauvages, menaçant leur résilience génétique.
SalMar et Bakkafrost présentent des taux d'évasion élevés, avec respectivement 4.1% et 2.7% de leurs saumons qui se sont enfuis des cages marines.
",
+ "image": "fr/escape.svg",
+ "altImage": "Plus de 4 millions de poissons se sont échappés des cages marines (SalMar, Mowi, Bakkarfrost et autres) depuis 2018.",
+ "meta": {
+ "image": "/dashboard/images/fr/evasions.png",
+ "data": "https://raw.githubusercontent.com/dataforgoodfr/12_pinkbombs/main/download/csv/escapes_marine_cages_3.5.csv.zip",
+ "dataArtifact": "escapes_marine_cages_3.5.csv.zip"
+ }
+ }
+ }
+ },
+ "health": {
+ "title": "Santé humaine",
+ "blocks": {
+ "antibiotic-conso": {
+ "title": "Consommation d'antibiotiques",
+ "mainContent": "
Si la Norvège prétend que 99% de son aquaculture est exempte d’antibiotiques, d'autres pays ne sont pas aussi vertueux.
",
+ "content": "
Au Chili, l'utilisation d'antibiotiques des 17 principaux producteurs a augmenté d'un tiers depuis la crise du covid pour atteindre plus de 460 tonnes en 2021. Cette quantité d'antibiotiques utilisés correspondrait à une dose de 35 g, soit 140 pilules pour une personne.
",
+ "image": "fr/microplastic-1.svg",
+ "altImage": "Les principaux producteurs du Chili ont utilisé 460 tonnes d’antibiotiques dans les cages marines en 2021 soit l’équivalent de 35g pour une personne de 74kg.",
+ "meta": {
+ "image": "/dashboard/images/fr/antibiotics.png",
+ "source": "espagnol"
+ }
+ },
+ "microplastics": {
+ "title": "Microplastiques",
+ "mainContent": "
Les microplastiques sont particulièrement présents dans le saumon en raison de la bioaccumulation dans la chaîne alimentaire et de l'affinité des plastiques pour les graisses.
",
+ "content": "
Cela affecte surtout les saumons d'élevage, qui sont nettement plus gras et vivent dans des environnements riches en plastiques.
Un saumon de 5 kg contient environ 532 microplastiques. Une personne française consommant 4,2 kg de saumon par an ingère environ 468 microplastiques par an sur un total de 97,500 provenant de différentes sources.
",
+ "image": "fr/microplastic.svg",
+ "altImage": "532 microplastiques par saumon (sorry on n'en a mis que 30).",
+ "meta": {
+ "image": "/dashboard/images/fr/microplastic.png",
+ "source": "anglais"
+ }
+ }
+ }
+ },
+ "animals": {
+ "title": "Condition animale",
+ "blocks": {
+ "stress-onshore": {
+ "title": "Densité / stress dans une ferme-usine à terre",
+ "mainContent": "
La densité de saumons est jusqu’à cinq fois plus élevée dans les fermes-usines à terre par rapport aux élevages en mer déjà trop denses.
",
+ "content": "
Ceci pour des raisons de rentabilité et avec des conséquences désastreuses : mortalité de masse liée à des pathogènes, plus hauts niveaux de stress.
",
+ "image": "fr/density.svg",
+ "altImage": "4 saumons dans l’équivalent d’une baignoire d’eau. C’est la densité requise pour que les usines à terre soient rentables.",
+ "meta": {
+ "image": "/dashboard/images/fr/density.png",
+ "source": "anglais"
+ }
+ },
+ "mortality-rates": {
+ "title": "Taux de mortalité",
+ "mainContent": "
Les taux de mortalité varient considérablement d'un producteur à l'autre et d'une année à l'autre. Des taux exceptionnellement élevés sont observés, atteignant 20% certaines années.
",
+ "content": "
MOWI, le plus grand producteur de saumons d’élevage, présente un taux moyen de mortalité de 13.4% entre 2012 et 2022. A titre de comparaison, les élevages intensifs de bovins, porcins et de poulets affichent des taux de mortalité généralement situés entre 1% et 5%.
L'industrie du saumon a émis en 2021 environ 16 millions de tonnes de C02 équivalent, soit près de l'ensemble des émissions de CO2 d'un pays comme la Croatie.
",
+ "content": "
Cela représente également l'équivalent des émissions maximales que pourront émettre 8 millions de personnes à l’horizon 2050 afin de limiter l’augmentation des températures mondiales à 2°C.
Environ 90% de ces émissions sont émises en amont et en aval de la phase de production à proprement parler, et en particulier par l'alimentation des poissons et par leur transport.
En 2020, environ 4% de tous les poissons capturés dans le monde sont utilisés pour nourrir le saumon atlantique d’élevage. Le saumon étant carnivore, il est nécessaire de le nourrir avec des farines à base de poissons.
",
+ "content": "
Ce type de surpêche a eu de nombreux impacts sociaux négatifs, comme en Mauritanie et en Gambie, où la quantité de poissons sauvages a été réduite. La Norvège pêche ou importe chaque année 2 millions de tonnes de poissons sauvages, dont 123 000 à 144 000 tonnes depuis les eaux d’Afrique de l’Ouest. Ce volume permettrait de satisfaire les besoins nutritionnels annuels de 2,5 à 4 millions de personnes dans la région, soit plus que la population de la Gambie (2,7 millions) et près de la population totale de la Mauritanie (4,7 millions).
Les captures annuelles mondiales de poissons ont atteint 90 millions de tonnes en 2020, la grande majorité étant destinée à la consommation humaine. Environ 10% est utilisé pour la production mondiale de farine de poissons, alimentant le secteur de l'aquaculture.
Les farines d'insectes, préssenties pour remplacer les farines de poissons, n'ont pas encore prouvé leur pertinence sur le plan environnemental.
",
+ "image": "fr/social_fishing.svg",
+ "altImage": "Environ 10% de la pêche mondiale est utilisée pour la production de farines et huiles de poissons pour nourrir les poissons d'élevage (aquaculture). Farines pour autres secteurs et autres usages (20%), consommation humaine (70%).",
+ "meta": {
+ "source": "anglais",
+ "image": "/dashboard/images/fr/social_fishing.png",
+ "data": "https://raw.githubusercontent.com/dataforgoodfr/12_pinkbombs/main/download/csv/social_mill_fishing_6_fr.csv.zip",
+ "dataArtifact": "social_mill_fishing_6_fr.csv.zip"
+ }
+ }
+ }
+ },
+ "alternative": {
+ "title": "Alternatives",
+ "blocks": {
+ "alternatives": { "title": "Matrice de nutrition" }
+ }
+ }
+ },
+ "calculator": {
+ "salmon": "saumons abattus",
+ "fish": "poissons fourrages pêchés pour alimenter les saumons",
+ "companies": "tonnes de CO2 émises par l'industrie",
+ "money": "euros de chiffre d’affaires pour les entreprises leadeurs du marché"
+ }
+ }
+}
diff --git a/messages/fr/pages/legal.json b/messages/fr/pages/legal.json
new file mode 100644
index 000000000..ead95af0a
--- /dev/null
+++ b/messages/fr/pages/legal.json
@@ -0,0 +1,10 @@
+{
+ "legal": {
+ "meta": {
+ "title": "Mentions légales"
+ },
+ "title": "PinkBombs - Mentions légales",
+ "sub": "En vigueur au 10 octobre 2024",
+ "content": "
Conformément aux dispositions de la loi n°2004-575 du 21 juin 2004 pour la Confiance en l’économie numérique, il est porté à la connaissance des utilisateurs et visiteurs, ci-après l’« Utilisateur », du site www.pinkbombs.org, ci-après le « Site », les présentes mentions légales.
La connexion et la navigation sur le Site par l’Utilisateur implique acceptation intégrale et sans réserve des présentes mentions légales.
Éditeur du site :
Le site internet www.pinkbombs.org est édité par l’association Seastemik.
Dénomination sociale :
Seastemik, Association déclarée selon la loi de 1901, avec le SIRET 92449298600014 et le siège social au 6 rue Gambetta, 56100 Lorient, France
Le responsable de la publication est l'association Seastemik.
Hébergeur du site :
Le site www.pinkbombs.org est hébergé par : Vercel Inc. Située 340 S Lemon Ave #4133 Walnut, CA 91789 Téléphone : (559) 288-7060.
Propriété intellectuelle :
L’ensemble des contenus présents sur le site www.pinkbombs.org, y compris, mais sans s’y limiter, les textes, images, logos et graphismes, sont protégés par le droit d’auteur. Toute reproduction totale ou partielle du site sans autorisation expresse de l’association Seastemik est interdite.
Données personnelles :
Le site www.pinkbombs.org peut collecter des données personnelles de ses utilisateurs, conformément à la loi « Informatique et Libertés » du 6 janvier 1978 modifiée et au Règlement Général sur la Protection des Données (RGPD). Les utilisateurs disposent d’un droit d’accès, de rectification et de suppression des données personnelles les concernant, qu’ils peuvent exercer en contactant l’association à l’adresse : info@seastemik.org.
"
+ }
+}
diff --git a/messages/fr/pages/story.json b/messages/fr/pages/story.json
new file mode 100644
index 000000000..4bde89fa3
--- /dev/null
+++ b/messages/fr/pages/story.json
@@ -0,0 +1,61 @@
+{
+ "story": {
+ "title": "Le saumon que vous mangez, vendez, produisez...",
+ "bomb": "Tue, affame et contamine.",
+ "explode": {
+ "intro": "L’industrie du saumon est une bombe écologique et sociale",
+ "social": {
+ "title": "Justice Sociale",
+ "content": "Détourne la nourriture des communautés d'Afrique de l'Ouest."
+ },
+ "climat": {
+ "title": "Climat",
+ "content": "Génère une empreinte carbone collossale."
+ },
+ "health": {
+ "title": "Santé",
+ "content": "Impacte la santé humaine à cause des polluants éternels et des microplastiques."
+ },
+ "biodiversity": {
+ "title": "Biodiversité",
+ "content": "Dégrade la biodiversité marine (échappées de saumons d’élevage, pollutions, parasites et déclin des espèces sauvages) et terrestre (déforestation)"
+ },
+ "animals": {
+ "title": "Condition animale",
+ "content": "Provoque stress, maladies et mortalités de masse dans les élevages intensifs."
+ }
+ },
+ "edito": {
+ "social": {
+ "title": "Justice Sociale",
+ "content": "Chaque année, 123 000 à 144 000 tonnes de poissons sauvages sont pêchés dans les eaux d’Afrique de l’Ouest pour nourrir les saumons d’élevage de Norvège, mettant en péril la sécurité alimentaire des communautés locales."
+ },
+ "climat": {
+ "title": "Climat",
+ "content": "L'élevage intensif de saumons génère des émissions de gaz à effet de serre, principalement du dioxyde de carbone (CO2) provenant de l'énergie utilisée dans les installations, de la production d'aliments et du transport, ainsi que du méthane résultant de la décomposition des déchets organiques."
+ },
+ "health": {
+ "title": "Santé",
+ "content": "La présence dans la chair des saumons de polluants organiques persistants (POP) et de microplastiques soulève des préoccupations pour la santé humaine. La concentration élevée de poissons dans les fermes aquacoles favorise la propagation de maladies, nécessitant l'utilisation d'agents pathogènes ou de médicaments.",
+ "credit": "Crédit photo : Ramji / Bob Brown Foundation"
+ },
+ "biodiversity": {
+ "title": "Biodiversité",
+ "content": "L'élevage intensif de saumons a des répercussions significatives sur la biodiversité marine et les ressources planétaires : pollutions diverses, parasites affectant les espèces locales, pression accrue sur les populations de poissons sauvages, exploitation du krill d’Antarctique, déforestation, etc."
+ },
+ "animals": {
+ "title": "Condition animale",
+ "content": "La très forte densité des saumons en cages entraine maladies et stress. Les poux de mer rongent la chair des poissons défigurés. Les taux de mortalité au sein des cages sont anormalement élevés."
+ }
+ },
+ "industry": {
+ "title": "Et tout ça dans l’impunité d’une industrie en croissance exponentielle.",
+ "content": "La production de saumons, dominée par une poignée de multinationales, connaît depuis quelques décennies une hyper-croissance à l’échelle globale.",
+ "source": "https://www.fao.org/fishery/fr/collection/aquaculture",
+ "data": "https://raw.githubusercontent.com/dataforgoodfr/12_pinkbombs/main/download/csv/numbers_salmons_farmed_1.0_fr.csv.zip",
+ "artifact": "numbers_salmons_farmed_1.0_fr.csv.zip",
+ "image": "https://raw.githubusercontent.com/dataforgoodfr/12_pinkbombs/main/download/graphs_image/numbers_salmons_farmed_1.0_fr.png",
+ "link": "J’agis"
+ }
+ }
+}
diff --git a/next.config.js b/next.config.js
index a8a0126f7..7404d55e9 100644
--- a/next.config.js
+++ b/next.config.js
@@ -1,9 +1,17 @@
/** @type {import('next').NextConfig} */
+const createNextIntlPlugin = require("next-intl/plugin");
+
+const withNextIntl = createNextIntlPlugin();
+
const nextConfig = {
eslint: {
dirs: ["src"],
},
+ images: {
+ formats: ["image/webp"],
+ },
+
reactStrictMode: true,
swcMinify: true,
@@ -47,4 +55,4 @@ const nextConfig = {
},
};
-module.exports = nextConfig;
+module.exports = withNextIntl(nextConfig);
diff --git a/package.json b/package.json
index 1c21585b5..18fa64fe4 100644
--- a/package.json
+++ b/package.json
@@ -20,6 +20,7 @@
"clsx": "^2.0.0",
"lucide-react": "^0.321.0",
"next": "^14.0.4",
+ "next-intl": "^3.14.1",
"plotly.js": "^2.31.1",
"plotly.js-dist-min": "^2.31.1",
"react": "^18.2.0",
diff --git a/public/dashboard/graphs/en/alternatives.json b/public/dashboard/graphs/en/alternatives.json
new file mode 100644
index 000000000..8a55df88d
--- /dev/null
+++ b/public/dashboard/graphs/en/alternatives.json
@@ -0,0 +1 @@
+"{\"data\":[{\"colorscale\":[[0,\"#6ecb57\"],[0.14285714285714285,\"#6ecb57\"],[0.14285714285714285,\"#aaed99\"],[0.2857142857142857,\"#aaed99\"],[0.2857142857142857,\"#ffd336\"],[0.42857142857142855,\"#ffd336\"],[0.42857142857142855,\"#ffac3c\"],[0.5714285714285714,\"#ffac3c\"],[0.5714285714285714,\"#f34620\"],[0.7142857142857143,\"#f34620\"],[0.7142857142857143,\"#cc0100\"],[0.8571428571428571,\"#cc0100\"],[0.8571428571428571,\"rgba(0,0,0,0)\"],[1,\"rgba(0,0,0,0)\"]],\"customdata\":[[\"\\u003cb\\u003eToxicity\\u003c\\u002fb\\u003e\\u003cbr\\u003eHealth impact. Level of contamination with persistent\\u003cbr\\u003epollutants (PCBs, PFAS, heavy metals) and microplastics.\",\"\\u003cb\\u003eFarmed salmon (land-based) - Toxicity\\u003c\\u002fb\\u003e\\u003cbr\\u003e5 - Contamination with PCBs, PFAS, and microplastics. Main\\u003cbr\\u003esource of exposure: fatty fish and shellfish.\",\"\\u003cb\\u003eFarmed salmon (marine based) - Toxicity\\u003c\\u002fb\\u003e\\u003cbr\\u003e5 - Contamination with PCBs, PFAS, and microplastics. Main\\u003cbr\\u003esource of exposure: fatty fish and shellfish.\",\"\\u003cb\\u003eAlbacore tuna (caught) - Toxicity\\u003c\\u002fb\\u003e\\u003cbr\\u003e6 - Tuna is the fish with the highest mercury contamination\\u003cbr\\u003elevels.\",\"\\u003cb\\u003eSardines, mackerel - Toxicity\\u003c\\u002fb\\u003e\\u003cbr\\u003e5 - Fatty fish are among the species most contaminated with\\u003cbr\\u003epollutants.\",\"\\u003cb\\u003eShellfish (mussles, oysters) - Toxicity\\u003c\\u002fb\\u003e\\u003cbr\\u003e4 - Shellfish are among the species most contaminated with\\u003cbr\\u003epollutants.\",\"\\u003cb\\u003eSeaweed - Toxicity\\u003c\\u002fb\\u003e\\u003cbr\\u003e2 - Seaweed contamination varies depending on water quality.\",\"\\u003cb\\u003eSmoked salmon subsitute - Toxicity\\u003c\\u002fb\\u003e\\u003cbr\\u003e1 - Smoked salmon substitute does not contain any toxic\\u003cbr\\u003eelements (PCBs, PFAS, microplastics).\",\"\\u003cb\\u003eRapeseed oil (organic) - Toxicity\\u003c\\u002fb\\u003e\\u003cbr\\u003e1 - Organic rapeseed oil does not contain any toxic elements\\u003cbr\\u003e(PCBs, PFAS, microplastics).\"],[\"\\u003cb\\u003eOmegas 3 intake\\u003c\\u002fb\\u003e\\u003cbr\\u003eImpact on nutritional health. Paradoxically, the French\\u003cbr\\u003epopulation is deficient in omega-3 despite the increase in\\u003cbr\\u003efish consumption! Find out why in the methodology.\",\"\\u003cb\\u003eFarmed salmon (land-based) - Omegas 3 intake\\u003c\\u002fb\\u003e\\u003cbr\\u003e2 - Consuming 100g of smoked salmon per day covers 73% of\\u003cbr\\u003ethe daily omega-3 requirements. DHA and EPA type omega-3s \\ud83d\\udc1f.\",\"\\u003cb\\u003eFarmed salmon (marine based) - Omegas 3 intake\\u003c\\u002fb\\u003e\\u003cbr\\u003e2 - Consuming 100g of smoked salmon per day covers 73% of\\u003cbr\\u003ethe daily omega-3 requirements. DHA and EPA type omega-3s \\ud83d\\udc1f.\",\"\\u003cb\\u003eAlbacore tuna (caught) - Omegas 3 intake\\u003c\\u002fb\\u003e\\u003cbr\\u003e5 - Consuming 100g of tuna per day covers 29% of the daily\\u003cbr\\u003eomega-3 requirements. DHA and EPA type omega-3s \\ud83d\\udc1f.\",\"\\u003cb\\u003eSardines, mackerel - Omegas 3 intake\\u003c\\u002fb\\u003e\\u003cbr\\u003e1 - Consuming 100g of sardines\\u002fmackerel per day covers 93%\\u003cbr\\u003eof the daily omega-3 requirements. DHA and EPA type omega-3s\\u003cbr\\u003e\\ud83d\\udc1f.\",\"\\u003cb\\u003eShellfish (mussles, oysters) - Omegas 3 intake\\u003c\\u002fb\\u003e\\u003cbr\\u003e5 - Consuming 100g of shellfish per day covers 17% of the\\u003cbr\\u003edaily omega-3 requirements. DHA and EPA type omega-3s \\ud83d\\udc1f.\",\"\\u003cb\\u003eSeaweed - Omegas 3 intake\\u003c\\u002fb\\u003e\\u003cbr\\u003e6 - Seaweed does not contain omega-3s.\",\"\\u003cb\\u003eSmoked salmon subsitute - Omegas 3 intake\\u003c\\u002fb\\u003e\\u003cbr\\u003e2 - Consuming 100g of smoked salmon substitute per day\\u003cbr\\u003ecovers 74% of the daily omega-3 requirements. DHA and EPA\\u003cbr\\u003etype omega-3s \\ud83c\\udf31.\",\"\\u003cb\\u003eRapeseed oil (organic) - Omegas 3 intake\\u003c\\u002fb\\u003e\\u003cbr\\u003e1 - Consuming 100g of rapeseed oil per day covers 328% of\\u003cbr\\u003ethe daily omega-3 requirements. To meet 100% of the daily\\u003cbr\\u003erecommended intake with 100g, 2 to 3 tablespoons per day are\\u003cbr\\u003esufficient. ALA type omega-3s \\ud83c\\udf31.\"],[\"\\u003cb\\u003eBiodiversity\\u003c\\u002fb\\u003e\\u003cbr\\u003eImpact on aquatic and terrestrial ecosystems & wild and\\u003cbr\\u003efarmed animal species.\",\"\\u003cb\\u003eFarmed salmon (land-based) - Biodiversity\\u003c\\u002fb\\u003e\\u003cbr\\u003e5 - High environmental pressures related to salmon feeding:\\u003cbr\\u003esourcing of vegetable meals contributes to deforestation in\\u003cbr\\u003ethe Amazon; fishmeal exacerbates overfishing and the decline\\u003cbr\\u003eof wild fish populations.\",\"\\u003cb\\u003eFarmed salmon (marine based) - Biodiversity\\u003c\\u002fb\\u003e\\u003cbr\\u003e6 - Significant degradation of marine water quality:\\u003cbr\\u003enutrient and fecal matter discharge, eutrophication and\\u003cbr\\u003ephytoplankton blooms, pesticide and microplastic discharge.\",\"\\u003cb\\u003eAlbacore tuna (caught) - Biodiversity\\u003c\\u002fb\\u003e\\u003cbr\\u003e6 - The techniques used by tuna fisheries have negative\\u003cbr\\u003eeffects on many non-target species (100,000 tonnes of\\u003cbr\\u003ebycatch and discards each year in global tuna fisheries).\",\"\\u003cb\\u003eSardines, mackerel - Biodiversity\\u003c\\u002fb\\u003e\\u003cbr\\u003e4 - Terrestrial and freshwater acidification, depletion of\\u003cbr\\u003eenergy and water resources, ecotoxicity to freshwater\\u003cbr\\u003eaquatic ecosystems.\",\"\\u003cb\\u003eShellfish (mussles, oysters) - Biodiversity\\u003c\\u002fb\\u003e\\u003cbr\\u003e4 - Depletion of energy resources.\",\"\\u003cb\\u003eSeaweed - Biodiversity\\u003c\\u002fb\\u003e\\u003cbr\\u003e5 - Terrestrial and freshwater acidification, depletion of\\u003cbr\\u003emineral resources.\",\"\\u003cb\\u003eSmoked salmon subsitute - Biodiversity\\u003c\\u002fb\\u003e\\u003cbr\\u003e2 - Low impacts on terrestrial and aquatic ecosystems and on\\u003cbr\\u003ewildlife.\",\"\\u003cb\\u003eRapeseed oil (organic) - Biodiversity\\u003c\\u002fb\\u003e\\u003cbr\\u003e1 - Organic production of rapeseed oil has almost no impact.\"],[\"\\u003cb\\u003eCarbon footprint\\u003c\\u002fb\\u003e\\u003cbr\\u003eGreenhouse gas (GHG) emissions.\",\"\\u003cb\\u003eFarmed salmon (land-based) - Carbon footprint\\u003c\\u002fb\\u003e\\u003cbr\\u003e6 - The carbon footprint of salmon (land-based farmed) is\\u003cbr\\u003eestimated to be between 2 and 14 kg of CO2 equivalent per kg\\u003cbr\\u003eof salmon produced.\",\"\\u003cb\\u003eFarmed salmon (marine based) - Carbon footprint\\u003c\\u002fb\\u003e\\u003cbr\\u003e5 - The carbon footprint of salmon (marine-based farmed) is\\u003cbr\\u003eestimated to be between 7 and 10 kg of CO2 equivalent per kg\\u003cbr\\u003eof salmon produced.\",\"\\u003cb\\u003eAlbacore tuna (caught) - Carbon footprint\\u003c\\u002fb\\u003e\\u003cbr\\u003e3 - The carbon footprint of albacore tuna is estimated to be\\u003cbr\\u003e4.4 kg of CO2 equivalent per kg of tuna produced.\",\"\\u003cb\\u003eSardines, mackerel - Carbon footprint\\u003c\\u002fb\\u003e\\u003cbr\\u003e4 - The carbon footprint of sardines\\u002fmackerel is estimated\\u003cbr\\u003eto be 7.26 kg of CO2 equivalent per kg produced.\",\"\\u003cb\\u003eShellfish (mussles, oysters) - Carbon footprint\\u003c\\u002fb\\u003e\\u003cbr\\u003e4 - The carbon footprint of shellfish is estimated to be 5.7\\u003cbr\\u003ekg of CO2 equivalent per kg produced.\",\"\\u003cb\\u003eSeaweed - Carbon footprint\\u003c\\u002fb\\u003e\\u003cbr\\u003e4 - The carbon footprint of seaweed is estimated to be 6.7\\u003cbr\\u003ekg of CO2 equivalent per kg produced (average of ulva, nori,\\u003cbr\\u003eBreton kombu, sea bean).\",\"\\u003cb\\u003eSmoked salmon subsitute - Carbon footprint\\u003c\\u002fb\\u003e\\u003cbr\\u003e1 - The carbon footprint of smoked salmon substitute is\\u003cbr\\u003eestimated to be 1.6 kg of CO2 equivalent per kg produced.\",\"\\u003cb\\u003eRapeseed oil (organic) - Carbon footprint\\u003c\\u002fb\\u003e\\u003cbr\\u003e2 - The carbon footprint of rapeseed oil is estimated to be\\u003cbr\\u003e2.3 kg of CO2 equivalent per kg produced.\"],[\"\\u003cb\\u003eSocial impacts\\u003c\\u002fb\\u003e\\u003cbr\\u003eImpacts on human rights, food access equity, and employment.\",\"\\u003cb\\u003eFarmed salmon (land-based) - Social impacts\\u003c\\u002fb\\u003e\\u003cbr\\u003e6 - Significant diversion of soybean production and small\\u003cbr\\u003epelagic fishing to feed salmon at the expense of human\\u003cbr\\u003epopulations; 90% of the catches from global reduction\\u003cbr\\u003efisheries are composed of species directly edible by humans.\",\"\\u003cb\\u003eFarmed salmon (marine based) - Social impacts\\u003c\\u002fb\\u003e\\u003cbr\\u003e6 - Significant diversion of soybean production and small\\u003cbr\\u003epelagic fishing to feed salmon at the expense of human\\u003cbr\\u003epopulations; 90% of the catches from global reduction\\u003cbr\\u003efisheries are composed of species directly edible by humans.\",\"\\u003cb\\u003eAlbacore tuna (caught) - Social impacts\\u003c\\u002fb\\u003e\\u003cbr\\u003e6 - Farming tuna (55% of produced tuna) pollutes water and\\u003cbr\\u003eland with chemicals and antibiotics. The fish can get sick,\\u003cbr\\u003eand diseases can spread quickly through seabirds that feed\\u003cbr\\u003eon them.\",\"\\u003cb\\u003eSardines, mackerel - Social impacts\\u003c\\u002fb\\u003e\\u003cbr\\u003e4 - Fishing of sardines\\u002fmackerel takes place in the\\u003cbr\\u003eNortheast Atlantic Ocean (Mediterranean, Morocco, and\\u003cbr\\u003eMauritania) using purse seine and pelagic trawl,\\u003cbr\\u003ejeopardizing the food security of local communities.\",\"\\u003cb\\u003eShellfish (mussles, oysters) - Social impacts\\u003c\\u002fb\\u003e\\u003cbr\\u003e3 - The production of shellfish is an important employment\\u003cbr\\u003esector (about 17,000 people), primarily involving family\\u003cbr\\u003elabor.\",\"\\u003cb\\u003eSeaweed - Social impacts\\u003c\\u002fb\\u003e\\u003cbr\\u003e1 - The development and consumption of seaweed are\\u003cbr\\u003erecommended for transforming the global food system by the\\u003cbr\\u003eEU, and for the Sustainable Development Goal (SDG) related\\u003cbr\\u003eto sustainable\\u002flow-trophic aquaculture. It is a rapidly\\u003cbr\\u003egrowing sector.\",\"\\u003cb\\u003eSmoked salmon subsitute - Social impacts\\u003c\\u002fb\\u003e\\u003cbr\\u003e2 - The production of smoked salmon substitute is local and\\u003cbr\\u003ea source of employment.\",\"\\u003cb\\u003eRapeseed oil (organic) - Social impacts\\u003c\\u002fb\\u003e\\u003cbr\\u003e1 - The production of rapeseed oil is a promising sector for\\u003cbr\\u003eemployment. It requires support for organic production.\"],[\"\\u003cb\\u003eAnimal welfare\\u003c\\u002fb\\u003e\\u003cbr\\u003eImpact on the living conditions of animals, based on cage\\u003cbr\\u003edensity, diseases, and farming and fishing practices.\",\"\\u003cb\\u003eFarmed salmon (land-based) - Animal welfare\\u003c\\u002fb\\u003e\\u003cbr\\u003e6 - In land-based salmon farms, densities range from 70 kg\\u003cbr\\u003eto 150 kg of salmon per cubic meter of water, which\\u003cbr\\u003eincreases the risk of infectious diseases.\",\"\\u003cb\\u003eFarmed salmon (marine based) - Animal welfare\\u003c\\u002fb\\u003e\\u003cbr\\u003e5 - In marine salmon farms (open net pen), densities are\\u003cbr\\u003earound 25 kg of salmon per cubic meter of water. Welfare is\\u003cbr\\u003edegraded beyond a threshold of approximately 10-20 kg\\u002fm3.\",\"\\u003cb\\u003eAlbacore tuna (caught) - Animal welfare\\u003c\\u002fb\\u003e\\u003cbr\\u003e6 - Suffering of captured tunas; after suffocation and\\u003cbr\\u003eagony, they are frozen alive in the holds of ships. 100,000\\u003cbr\\u003etonnes of non-targeted species are captured and discarded\\u003cbr\\u003eeach year in global tuna fisheries.\",\"\\u003cb\\u003eSardines, mackerel - Animal welfare\\u003c\\u002fb\\u003e\\u003cbr\\u003e3 - Stress and suffering associated with the agony of fish\\u003cbr\\u003etrapped in nets.\",\"\\u003cb\\u003eShellfish (mussles, oysters) - Animal welfare\\u003c\\u002fb\\u003e\\u003cbr\\u003e2 - Little impact on animal welfare.\",\"\\u003cb\\u003eSeaweed - Animal welfare\\u003c\\u002fb\\u003e\\u003cbr\\u003e1 - No impact on animal welfare.\",\"\\u003cb\\u003eSmoked salmon subsitute - Animal welfare\\u003c\\u002fb\\u003e\\u003cbr\\u003e1 - No impact on animal 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index 000000000..2008bd287
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diff --git a/public/dashboard/graphs/en/salmon-collapse.json b/public/dashboard/graphs/en/salmon-collapse.json
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index 000000000..78c74d660
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diff --git a/public/dashboard/graphs/en/top-comp.json b/public/dashboard/graphs/en/top-comp.json
new file mode 100644
index 000000000..aa611b75f
--- /dev/null
+++ b/public/dashboard/graphs/en/top-comp.json
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diff --git a/public/dashboard/graphs/en/top-land.json b/public/dashboard/graphs/en/top-land.json
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index 000000000..190eeb06a
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+++ b/public/dashboard/graphs/en/top-land.json
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Om\\u00e9ga 3 de type ALA \\ud83c\\udf31.\"],[\"\\u003cb\\u003eBiodiversit\\u00e9\\u003c\\u002fb\\u003e\\u003cbr\\u003eImpacts sur les \\u00e9cosyst\\u00e8mes aquatiques et terrestres & sur\\u003cbr\\u003eles esp\\u00e8ces animales sauvages et d\\u2019\\u00e9levage.\",\"\\u003cb\\u003eSaumon (\\u00e9levage terrestre) - Biodiversit\\u00e9\\u003c\\u002fb\\u003e\\u003cbr\\u003e5 - Fortes pressions environnementales li\\u00e9es \\u00e0\\u003cbr\\u003el\\u2019alimentation des saumons : l'approvisionnement en farines\\u003cbr\\u003ev\\u00e9g\\u00e9tales contribue \\u00e0 la d\\u00e9forestation en Amazonie ; les\\u003cbr\\u003efarines de poissons aggravent la surp\\u00eache et le d\\u00e9clin des\\u003cbr\\u003epopulations de poissons sauvages.\",\"\\u003cb\\u003eSaumon (\\u00e9levage en mer) - Biodiversit\\u00e9\\u003c\\u002fb\\u003e\\u003cbr\\u003e6 - Forte pressions environnementales li\\u00e9es \\u00e0 l'alimentation\\u003cbr\\u003edes saumons et d\\u00e9gradation forte de la qualit\\u00e9 de l'eau du\\u003cbr\\u003emilieu marin : rejets de nutriments et d'excr\\u00e9ments,\\u003cbr\\u003eeutrophisation et bloom de phytoplancton, rejets de\\u003cbr\\u003epesticides et microplastiques.\",\"\\u003cb\\u003eThon albacore p\\u00each\\u00e9 - Biodiversit\\u00e9\\u003c\\u002fb\\u003e\\u003cbr\\u003e6 - Les techniques utilis\\u00e9es par les p\\u00eacheries de thons\\u003cbr\\u003eimpactent de nombreuses esp\\u00e8ces non cibl\\u00e9es (100,000 tonnes\\u003cbr\\u003ede captures accessoires et rejets chaque ann\\u00e9e dans les\\u003cbr\\u003ep\\u00eacheries mondiales de thon).\",\"\\u003cb\\u003eSardines, maquereaux - Biodiversit\\u00e9\\u003c\\u002fb\\u003e\\u003cbr\\u003e4 - Acidification terrestre et eaux douces, \\u00e9puisement des\\u003cbr\\u003eressources \\u00e9nerg\\u00e9tiques et eau, \\u00e9cotoxicit\\u00e9 pour \\u00e9cosyst\\u00e8mes\\u003cbr\\u003eaquatiques d'eau douce.\",\"\\u003cb\\u003eCoquillages (moules, hu\\u00eetres) - Biodiversit\\u00e9\\u003c\\u002fb\\u003e\\u003cbr\\u003e4 - \\u00c9puisement des ressources \\u00e9nerg\\u00e9tiques.\",\"\\u003cb\\u003eAlgues - Biodiversit\\u00e9\\u003c\\u002fb\\u003e\\u003cbr\\u003e5 - Acidification terrestre et eaux douces, \\u00e9puisement des\\u003cbr\\u003eressources min\\u00e9raux.\",\"\\u003cb\\u003eSimili saumon fum\\u00e9 - Biodiversit\\u00e9\\u003c\\u002fb\\u003e\\u003cbr\\u003e2 - Impact faible sur les \\u00e9cosyst\\u00e8mes terrestres, aquatiques\\u003cbr\\u003eet sur la faune sauvage.\",\"\\u003cb\\u003eHuile de colza (bio) - Biodiversit\\u00e9\\u003c\\u002fb\\u003e\\u003cbr\\u003e1 - La production en bio ne pr\\u00e9sente quasiment aucun impact.\"],[\"\\u003cb\\u003eEmpreinte carbone\\u003c\\u002fb\\u003e\\u003cbr\\u003e\\u00c9missions de gaz \\u00e0 effet de serre (GES).\",\"\\u003cb\\u003eSaumon (\\u00e9levage terrestre) - Empreinte carbone\\u003c\\u002fb\\u003e\\u003cbr\\u003e6 - L'empreinte carbone du saumon (\\u00e9levage terrestre) est\\u003cbr\\u003eestim\\u00e9e entre 2 et 14kg de CO2 \\u00e9quivalent par kg de saumon\\u003cbr\\u003eproduit.\",\"\\u003cb\\u003eSaumon (\\u00e9levage en mer) - Empreinte carbone\\u003c\\u002fb\\u003e\\u003cbr\\u003e5 - L'empreinte carbone du saumon (\\u00e9levage en mer) est\\u003cbr\\u003eestim\\u00e9e entre 7 et 10kg de CO2 \\u00e9quivalent de saumon produit.\",\"\\u003cb\\u003eThon albacore p\\u00each\\u00e9 - Empreinte carbone\\u003c\\u002fb\\u003e\\u003cbr\\u003e3 - L'empreinte carbone du thon albacore est estim\\u00e9e \\u00e0 4.4kg\\u003cbr\\u003ede CO2 \\u00e9quivalent par kg de thon produit.\",\"\\u003cb\\u003eSardines, maquereaux - Empreinte carbone\\u003c\\u002fb\\u003e\\u003cbr\\u003e4 - L'empreinte carbone des sardines\\u002fmaquereaux est estim\\u00e9e\\u003cbr\\u003e\\u00e0 7.26kg de CO2 \\u00e9quivalent par kg produit.\",\"\\u003cb\\u003eCoquillages (moules, hu\\u00eetres) - Empreinte carbone\\u003c\\u002fb\\u003e\\u003cbr\\u003e4 - L'empreinte carbone des coquillages est estim\\u00e9e \\u00e0 5.7kg\\u003cbr\\u003ede CO2 \\u00e9quivalent par kg produit.\",\"\\u003cb\\u003eAlgues - Empreinte carbone\\u003c\\u002fb\\u003e\\u003cbr\\u003e4 - L'empreinte carbone des algues est estim\\u00e9e \\u00e0 6.7kg de\\u003cbr\\u003eCO2 \\u00e9quivalent par kg produit (moyenne de ulva, nori, kombu\\u003cbr\\u003ebreton, haricot de mer).\",\"\\u003cb\\u003eSimili saumon fum\\u00e9 - Empreinte carbone\\u003c\\u002fb\\u003e\\u003cbr\\u003e1 - L'empreinte carbone du smili est estim\\u00e9e \\u00e0 1.6kg de CO2\\u003cbr\\u003e\\u00e9quivalent par kg produit.\",\"\\u003cb\\u003eHuile de colza (bio) - Empreinte carbone\\u003c\\u002fb\\u003e\\u003cbr\\u003e2 - L'empreinte carbone de l'huile de colza est estim\\u00e9e \\u00e0\\u003cbr\\u003e2.3kg de CO2 \\u00e9quivalent par kg produit.\"],[\"\\u003cb\\u003eImpacts sociaux \\u003c\\u002fb\\u003e\\u003cbr\\u003eImpacts sur les droits humains, sur l'\\u00e9quit\\u00e9 d'acc\\u00e8s \\u00e0\\u003cbr\\u003el'alimentation, et sur l'emploi.\",\"\\u003cb\\u003eSaumon (\\u00e9levage terrestre) - Impacts sociaux\\u003c\\u002fb\\u003e\\u003cbr\\u003e6 - Fort d\\u00e9tournement des productions de soja et de la p\\u00eache\\u003cbr\\u003edes petits p\\u00e9lagiques pour nourrir les saumons au d\\u00e9triment\\u003cbr\\u003edes peuples humains ; 90% des captures de la p\\u00eache minoti\\u00e8re\\u003cbr\\u003emondiale sont compos\\u00e9s d\\u2019esp\\u00e8ces directement comestibles par\\u003cbr\\u003eles humains.\",\"\\u003cb\\u003eSaumon (\\u00e9levage en mer) - Impacts sociaux\\u003c\\u002fb\\u003e\\u003cbr\\u003e6 - Fort d\\u00e9tournement des productions de soja et de la p\\u00eache\\u003cbr\\u003edes petits poissons p\\u00e9lagiques pour nourrir les saumons\\u003cbr\\u003ed'\\u00e9levage au d\\u00e9triment des peuples humains ; 90% des\\u003cbr\\u003ecaptures de la p\\u00eache minoti\\u00e8re mondiale sont compos\\u00e9s\\u003cbr\\u003ed\\u2019esp\\u00e8ces directement comestibles par les humains.\",\"\\u003cb\\u003eThon albacore p\\u00each\\u00e9 - Impacts sociaux\\u003c\\u002fb\\u003e\\u003cbr\\u003e6 - L'\\u00e9levage de thons en fermes (55% des thons produits)\\u003cbr\\u003epollue les eaux et les terres avec des produits chimiques et\\u003cbr\\u003edes antibiotiques. Les poissons tombent malades et les\\u003cbr\\u003emaladies peuvent se r\\u00e9pandre vite via les oiseaux marins qui\\u003cbr\\u003eles mangent.\",\"\\u003cb\\u003eSardines, maquereaux - Impacts sociaux\\u003c\\u002fb\\u003e\\u003cbr\\u003e4 - La p\\u00eache des sardines\\u002fmaquereaux provient de l'oc\\u00e9an\\u003cbr\\u003eAtlantique Nord-Est (M\\u00e9diterran\\u00e9e, Maroc et Mauritanie) au\\u003cbr\\u003echalut coulissant et \\u00e0 la senne p\\u00e9lagique, mettant en p\\u00e9ril\\u003cbr\\u003ela s\\u00e9curit\\u00e9 alimentaire des communaut\\u00e9s locales.\",\"\\u003cb\\u003eCoquillages (moules, hu\\u00eetres) - Impacts sociaux\\u003c\\u002fb\\u003e\\u003cbr\\u003e3 - La production de coquillages est un secteur d'emploi\\u003cbr\\u003eimportant (environ 17 000 personnes), il s'agit d'une main\\u003cbr\\u003ed'oeuvre familiale.\",\"\\u003cb\\u003eAlgues - Impacts sociaux\\u003c\\u002fb\\u003e\\u003cbr\\u003e1 - Le d\\u00e9veloppement et la consommation d'algues est\\u003cbr\\u003erecommand\\u00e9 pour la transformation du syst\\u00e8me alimentaire par\\u003cbr\\u003eles institutions internationales (FAO) et les institutions\\u003cbr\\u003eeurop\\u00e9ennes, et correspond \\u00e0 l'ODD (objectif de\\u003cbr\\u003ed\\u00e9veloppement durable) relatif \\u00e0 une aquaculture\\u003cbr\\u003edurable\\u002ffaible niveau trophique. C'est une fili\\u00e8re en plein\\u003cbr\\u003eessor.\",\"\\u003cb\\u003eSimili saumon fum\\u00e9 - Impacts sociaux\\u003c\\u002fb\\u003e\\u003cbr\\u003e2 - Production locale et porteuse d'emploi.\",\"\\u003cb\\u003eHuile de colza (bio) - Impacts sociaux\\u003c\\u002fb\\u003e\\u003cbr\\u003e1 - La production d'huile de colza est une fili\\u00e8re porteuse\\u003cbr\\u003ed'emploi. Elle a besoin de soutien pour la production bio.\"],[\"\\u003cb\\u003eCondition animale\\u003c\\u002fb\\u003e\\u003cbr\\u003eImpacts sur les conditions de vie des animaux selon la\\u003cbr\\u003edensit\\u00e9 dans les cages, les maladies, les pratiques\\u003cbr\\u003ed'\\u00e9levage et de p\\u00eache.\",\"\\u003cb\\u003eSaumon (\\u00e9levage terrestre) - Condition animale\\u003c\\u002fb\\u003e\\u003cbr\\u003e6 - Dans les fermes d'\\u00e9levage de saumon terrestre, les\\u003cbr\\u003edensit\\u00e9s sont de 70 kg \\u00e0 150 kg de saumons par m\\u00e8tre cube\\u003cbr\\u003ed'eau, ce qui augmentent les risques de maladies\\u003cbr\\u003einfectieuses.\",\"\\u003cb\\u003eSaumon (\\u00e9levage en mer) - Condition animale\\u003c\\u002fb\\u003e\\u003cbr\\u003e5 - Dans les \\u00e9levages de saumons en cages marines, les\\u003cbr\\u003edensit\\u00e9s sont de l'ordre de 25 kg de saumons par m\\u00e8tre cube\\u003cbr\\u003ed'eau. Le bien-\\u00eatre est d\\u00e9grad\\u00e9 \\u00e0 partir du seuil d'environ\\u003cbr\\u003e10-20 kg\\u002fm3.\",\"\\u003cb\\u003eThon albacore p\\u00each\\u00e9 - Condition animale\\u003c\\u002fb\\u003e\\u003cbr\\u003e6 - Souffrances des thons captur\\u00e9s, apr\\u00e8s suffocation et\\u003cbr\\u003eagonie, ils sont congel\\u00e9s vivants dans les cales des\\u003cbr\\u003enavires. 100,000 tonnes d'esp\\u00e8ces non cibl\\u00e9es sont captur\\u00e9es\\u003cbr\\u003eet rejet\\u00e9es chaque ann\\u00e9e dans les p\\u00eacheries mondiales de\\u003cbr\\u003ethon.\",\"\\u003cb\\u003eSardines, maquereaux - Condition animale\\u003c\\u002fb\\u003e\\u003cbr\\u003e3 - Stress et souffrances li\\u00e9s \\u00e0 l'agonie des poissons pris\\u003cbr\\u003eau pi\\u00e8ge dans les filets.\",\"\\u003cb\\u003eCoquillages (moules, hu\\u00eetres) - Condition animale\\u003c\\u002fb\\u003e\\u003cbr\\u003e2 - Peu d'impact sur la condition animale.\",\"\\u003cb\\u003eAlgues - Condition 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diff --git a/public/dashboard/graphs/fr/top-comp.json b/public/dashboard/graphs/fr/top-comp.json
new file mode 100644
index 000000000..68971924f
--- /dev/null
+++ b/public/dashboard/graphs/fr/top-comp.json
@@ -0,0 +1 @@
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diff --git a/public/dashboard/graphs/fr/top-land.json b/public/dashboard/graphs/fr/top-land.json
new file mode 100644
index 000000000..0e592c07b
--- /dev/null
+++ b/public/dashboard/graphs/fr/top-land.json
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+
+
+
- Il existe des alternatives au saumon dans notre manière de manger,
- de vendre et de produire.
-
-
- La France, située dans le top 3 des plus gros consommateurs de
- saumon au monde, porte une responsabilité particulière dans
- l'orientation des pratiques.
+
+ {t(`join.${baseText}.intro`)}
-
-
-
+
+ {isAlternative && (
+ <>
+
+
+
+ )}
-
-
-
+ {!isAlternative && (
+
+
+
-
- Pour inverser la tendance et stopper le désastre, il est urgent
- d’agir. On a des leviers d’action !
-
+
+
+
+
+
+
+
+
+
+