Every agribusiness decision – whether it’s entering a new market, planning a planting season, or forecasting commodity prices – needs data to back it up. But collecting that data from scratch every time would be enormously expensive and time-consuming. That’s where secondary data becomes indispensable. Secondary data refers to information that has already been collected, processed, and published by others – not for your specific research purpose, but for various other reasons that still make it highly applicable to your needs. In agribusiness research, knowing where to find reliable secondary data, and understanding its different types, is a fundamental skill.

Table of Contents

What secondary data sources are and why they matter

Secondary data sources are any existing records, reports, databases, or publications that a researcher draws upon rather than generating through original fieldwork. According to the Food and Agriculture Organization (FAO), no research study should begin without first searching secondary sources – in many cases, they may be entirely sufficient to answer the research question, eliminating the need for costly primary data collection altogether. Beyond saving time and money, secondary sources can actually yield more accurate results in some situations, particularly when a government agency or international body has conducted a large-scale census or survey far beyond the reach of individual researchers.

Secondary data sources fall into two broad categories: internal sources and external sources. Both are valuable, and the best agribusiness research typically draws on both.

Internal sources of secondary data

Internal data sources are those that originate within an organization. This data was originally recorded for another purpose – such as accounting or operational management – but it becomes secondary data when applied to a new research question. Because it is exclusive to the organization, it gives researchers a competitive edge that external sources simply cannot offer.

Financial records

An agribusiness’s financial records – including income statements, balance sheets, and budget reports – are a rich source of data. They reveal spending patterns, investment decisions, and overall financial performance over time. Analyzing these records can help identify areas of efficiency or concern, and support forecasting for future operations.

Sales and transaction data

Sales records document how many units were sold, revenue generated, and which customer segments are purchasing what. Transaction histories provide insights into market trends, customer preferences, and seasonal variations. For example, a farm input supplier’s sales records might show exactly which fertilizers sell fastest before the planting season – a pattern that is immediately actionable.

Operational and production records

Data on crop yields, livestock performance, equipment usage, and maintenance schedules offers a clear window into operational productivity. Internal data should always be considered a first line of enquiry in any research project because it is typically the quickest, cheapest, and most convenient source available. Quality control reports and compliance records also fall under this category, helping researchers benchmark performance against industry standards.

External sources of secondary data

External sources come from outside the organization. They provide context about the broader industry, market conditions, and macroeconomic environment that internal data alone cannot supply. External secondary data has been gathered and published by government agencies, industry associations, research firms, and academic institutions, and is typically accessible through libraries, online portals, or subscription services.

Publications: books, journals, and magazines

Academic and professional publications are among the most reliable external sources. Books provide deep theoretical and applied coverage of agribusiness topics. Peer-reviewed journals publish original research, systematic reviews, and case studies that have been vetted for accuracy and methodology. Trade magazines, meanwhile, offer timely coverage of industry news, emerging trends, and expert commentary. Together, these publications support both foundational understanding and current awareness in any area of agribusiness research.

Government statistics

Government agencies are among the most prolific producers of secondary data relevant to agriculture. They regularly publish agricultural censuses, economic surveys, trade statistics, and production data covering a wide range of indicators. Government sources are often free, since the data collection has already been paid for through public funds. In the United States, for instance, the USDA’s Agricultural Marketing Service maintains extensive market research and pricing data on commodities, livestock, and food products. These statistics are invaluable for benchmarking, trend analysis, and policy evaluation.

Trade association reports

Trade associations – organizations that represent specific sectors of the agricultural industry – compile and publish data relevant to their members and the broader public. Their reports typically include market analysis, industry performance benchmarks, membership surveys, and annual summaries of sector-wide trends. Secondary market research uses outside information assembled by industry and trade associations, labour organizations, and chambers of commerce, often distributed through newsletters, trade publications, and official reports. For agribusiness researchers, these reports offer sector-specific insights that neither government statistics nor academic journals fully capture.

Commercial data from market research firms

Private market research firms collect and sell data on consumer behavior, commodity price trends, competitive landscapes, and demand forecasts. Commercial data sources may involve subscription or association fees, but they often provide more targeted and up-to-date intelligence than freely available public data. Firms specializing in agricultural market analysis produce detailed reports used by agribusinesses for product development, go-to-market strategy, and competitive positioning. These commercial datasets are particularly useful when an organization needs granular market data that government sources do not offer.

Databases from national and international institutions

Some of the most comprehensive secondary data in agriculture comes from large national and international institutions. The FAO is dedicated to collecting, analyzing, and disseminating food and agriculture statistics to inform decisions on hunger, rural poverty, food systems productivity, and sustainable resource use. Its flagship platform, FAOSTAT, provides free access to food and agriculture statistics for over 245 countries and territories, covering everything from crop production and trade to food security indicators and emissions data – with time-series records stretching back to 1961.

The World Bank’s data portal offers economic indicators, agricultural development project outcomes, and country-specific information critical for comparative and international research. The International Monetary Fund (IMF) contributes macroeconomic data on financial stability, global economic trends, and country-level fiscal indicators. For researchers at universities and research libraries, platforms like the UC Berkeley Agricultural and Resource Economics data guide curate access to dozens of these institutional databases, including OECD statistics, the International Household Survey Network, and the World Resources Institute’s environmental and food systems datasets.

How to evaluate and use secondary data effectively

Not all secondary data is equally reliable. There is a need to evaluate the quality of both the source of the data and the data itself before drawing conclusions. Key questions to ask include: Who collected this data, and for what purpose? What methodology was used? Is it current enough to be relevant? Are the definitions consistent with your research needs?

One practical challenge is that different organizations may define the same concept differently. What counts as “smallholder farming” in one government report may differ from the definition in an international agency’s dataset. Researchers must check for consistency across sources and, when needed, adjust for these definitional differences before making comparisons. Using multiple sources – rather than relying on just one – is always advisable. Whenever possible, marketing researchers ought to use multiple sources of secondary data to cross-check findings and reduce the risk of acting on incomplete or biased information.

It is also worth remembering that secondary data, while often highly useful, was not collected to answer your specific question. Variables that matter to your research may simply not be captured in existing datasets. In such cases, secondary sources serve best as context-builders and starting points – supplemented by primary data collection where gaps remain.

Internal vs. external sources: knowing when to use what

The choice between internal and external secondary sources often depends on the scope of the research question. If the question is about your own organization’s performance – say, whether a particular product line is profitable or whether a new market segment is buying more – internal records are the right first stop. They are exclusive, readily accessible, and directly relevant.

If the question reaches beyond your organization – into industry trends, competitor behavior, international markets, or macroeconomic conditions – external sources become essential. A cooperative trying to decide whether to expand exports, for example, would need trade statistics from government databases, commodity price data from market research firms, and perhaps development indicators from the World Bank to form a complete picture.

In practice, the most rigorous agribusiness research combines both. Internal data provides organizational specificity; external data provides the broader context that makes that specificity meaningful.

What do you think? When conducting agribusiness research, do you think internal data or external data is harder to access and use effectively – and what makes one more challenging than the other? If you were advising a smallholder farming cooperative on where to start gathering data for a market entry decision, which secondary sources would you point them to first, and why?

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References
  1. https://coresignal.com/blog/secondary-data/
  2. https://www.fao.org/4/w3241e/w3241e03.htm
  3. https://www.djsresearch.co.uk/glossary/item/Secondary-Market-Research
  4. https://www.sganalytics.com/blog/primary-and-secondary-market-research/
  5. https://kpu.pressbooks.pub/openimc/chapter/primary-data-v-s-secondary-data/
  6. https://www.ams.usda.gov/services/market-research
  7. https://www.fao.org/statistics/en/
  8. https://www.fao.org/faostat/
  9. https://guides.lib.berkeley.edu/ARE/finddata

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Qualitative and Quantitative Analysis for Agribusiness

1 Overview of Research Methodology

  1. Meaning of Business Research
  2. Types of Business Research
  3. Nature of Business Research
  4. Importance of Research
  5. Interaction between Management and Research
  6. Limitations of Research Methodology

2 Scientific Methods and Research Design

  1. Business Research Process
  2. Problem Formulation
  3. Defining the Research Objectives
  4. Planning the Research Design
  5. Research Method
  6. Data Collection
  7. Data Preparation and Analysis
  8. Report Preparation

3 Levels of Measurement

  1. Types of Scales
  2. Attitude Measurement
  3. Attitude Measurement Scales
  4. Selecting a Measurement Scale

4 Sampling Techniques

  1. Importance of Sampling
  2. Types of Sampling Techniques
  3. Probability based Sampling Techniques
  4. Non-Probability based Sampling Techniques
  5. Sample Size Determination
  6. Sampling and Non-Sampling Errors

5 Data Collection

  1. Secondary Data Sources
  2. Secondary Sources of Data
  3. Instruments Used for Collecting Primary Data
  4. Personal Interviews
  5. Telephone/Mobile Surveys
  6. Self-Administered Surveys
  7. Observations Methods
  8. Validity, Data Editing, and Coding
  9. Questionnaire Validity
  10. Data Editing
  11. Data Coding
  12. Data Tabulation and Presentation
  13. Frequency Distribution
  14. Relative Frequency and Percent Frequency Distributions
  15. Bar Charts and Pie Charts
  16. Frequency Distribution for Numerical Data
  17. Relative Frequency and Percent Frequency Distributions for Numerical Data
  18. Histogram
  19. Cumulative Percent Distributions
  20. Ogive Curve
  21. Dot Plot
  22. Scatter Plot

6 Quantitative Techniques

  1. Frequency Distribution
  2. Measures of Central Tendency
  3. Mean
  4. Median
  5. Mode
  6. Measures of Dispersion
  7. Range
  8. Mean Deviation
  9. Standard Deviation
  10. Coefficient of Variation
  11. Correlation
  12. Regression
  13. Multiple Regression
  14. Dummy Variable Analysis
  15. Discriminant Function Analysis
  16. Factor Analysis
  17. Principal Component Analysis

7 Qualitative Techniques

  1. Observation Method
  2. Structured and Unstructured Observation
  3. Participant and Non-Participant Observation
  4. Interview Method
  5. Questionnaire Method
  6. Case Study Method
  7. Projective Techniques

8 Business Report

  1. Use of Report Writing
  2. Important Steps in the Preparation of a Business Report
  3. Layout of Business Report
  4. Salient Features of Good Report Writing
  5. Precautions in Report Writing
  6. Limitations of the Report

9 Overview of Operations Research

  1. Meaning of Operations Research
  2. Importance of Operations Research
  3. Scope of Operations Research
  4. Techniques of Operations Research
  5. Interactions between Management and Operations Research
  6. Phases of Operations Research
  7. Limitations of Operations Research

10 Decision Theory

  1. Decision Making Under Uncertainty
  2. Decision Making Under Risk
  3. Decision Tree Analysis

11 Transportation Model and Assignment Problems

  1. Assumptions in the Transportation Model
  2. Formulation and Solution of Transportation Models
  3. Solution to Transportation Problem
  4. Case of Unbalanced Problem
  5. Transshipment Problem
  6. Assignment Problem
  7. Unbalanced Assignment Problem

12 Inventory Control

  1. Inventory Costs
  2. Types of Inventory
  3. Economic Order Quantity (EOQ) Model
  4. Fixed Order Quantity System (Q – System)
  5. Periodic Review (P) System

13 Game Theory and Network Analysis

  1. Assumption and Basic Terminologies
  2. Two Person Zero Sum Games
  3. Solution of Games by Dominance
  4. Programme Evaluation and Review Technique (PERT) & Critical Path Method (CPM)
  5. Critical Path and Project Management