Fish n' Bits

Aquaculture Predictions Are Not Linear: So Why Do We Constantly Look at It as One?

The Shift to Data-Centric AI: Why Aquaculture Needs Smarter Data, Not Just Smarter Models

Model-Centric vs. Data-Centric AI: Transforming Fish Farms With Smarter, Cleaner Data

Proactive Quantifiable Risk Management with Manolin’s Disease Models

The Death of Messy Data: Why Your Data Has More Value Than You Think

Selfing-Healing Data: How Cleaned Fish Data Can Continuously Improve Your Actions

How Population Tracing Transforms Fish Farming Data Insights

Manolin Launches Next-Generation Features for Watershed Explorer to Empower Fish Farms Globally

The Current State of Sea Lice in Northern Norway: Unprecedented Outbreaks

How a University of Bath Intern is Leading Manolin’s Data Towards Self-Healing Excellence

Signs of Sea Lice Optimism: Where Are Farms Improving?

Norway's Farm Permit Auction: Who Stands Out Since 2018?

Data-Sharing Success: Manolin Researcher Shows Significant Q1 Growth in 2024

Norwegian 15-Year-Old Develops Comprehensive Global Salmon Farm Map with Manolin for Work Week

From Data to Decisions: Advancing Aquaculture with Digital Twin Technology

Norway Sets New Traffic Light Designations for 2024

How Leveraging Modern AI Can Improve Aquaculture's Growth Models

Confronting Winter Wounds in Salmon Farming

Aquaculture Benchmarking is a More Powerful Roadmap Than You Think. Here's Why.

Revitalizing Historical Data: Why to Prioritize in 2024

How Social License Shapes the Future of Salmon Aquaculture

Bacteriophages in Aquaculture: The Industry's Future Health Hero?

Why Fish Feed Prices Have Reached Record Highs

The Cost of Sea Lice: A Comprehensive Review

Anonymize to Optimize: Protecting Privacy in the Era of AI

Aquaculture Artificial Intelligence: A History for the Curious

Expediting the Science of Aquaculture Feed is Possible: Here's how

Aquaculture's Leaving an AI Data Intelligence Opportunity on the Table

Watershed vs. Harpoon: Unlocking AI-Driven Aquaculture Advancement

Free Features on Manolin to Improve Aquaculture Data Intelligence

Unmasking Sea Lice Insights: A Deeper Look at PO3 & PO4

Aquaculture Certifications: How to Choose the Right Certification

Aquaculture Data Intelligence: Reducing Operational Costs in 2023

How Norwegian ASC Sites are Combating Sea Lice

Manolin measures performance for more than 100 farm products

Manolin Case Study: Lingalaks Invests in Data Intelligence

New data integrations power previously unseen farm insights

Who's defining sustainability for aquaculture?

Top 10 producers boost efficiency, while small farms fall behind

The climate impact of investing in farms

Disease trends are changing in Norway

Automatic alerts farmers to non-notifiable diseases

Norway aquaculture's environmental ratings remain high, despite growth

Lessons from Pandemic Mitigation for Aquaculture Sustainability

Fish, food, and the future

How to become data-driven in aquaculture

Setting a new industry standard

Lowering the risk of cyber attacks in aquaculture

The wellboat fleet has increased sixfold in nine years. These vessels were most active last year

Norwegian farms are becoming less efficient. What’s the way forward?

Farmers are relying more on mechanical treatments

Industry data: Farmers are using fewer total lice treatments

How digitalization improves aquaculture management

How the seaweed industry could grow in Norway

Green bonds are a win-win for fish health and the industry

The power of public data in aquaculture prediction

Biomass Allocation and the Future of Norwegian Salmon Farming

Farmed salmon needs digitization to avert the next crisis

Manolin’s aquaculture forecasting connects operations and fish health

Analysis: The traffic light system has improved lice levels

Use of lumpfish to fight sea lice is declining

Dear Patagonia: What you don’t understand about salmon farming

Saving Salmon: How Data Analytics is Helping Fish Farmers