---
name: "SinglePheromone"
description: "We present a computational model showing that a single pheromone accounts for empirical patterns of ant colony foraging previously modeled using two pheromones. Our model demonstrates that the dynamic..."
tags: ["pheromone", "ant-foraging", "computational-model", "collective-behavior", "stigmergy", "trail-formation", "parsimony"]
domain: "Entomology"
citation: "Eric Saund, Daniel Ari Friedman (2023). *SinglePheromone*. Entomology."
---

# SinglePheromone

**Eric Saund, Daniel Ari Friedman** (2023) · Entomology

## Context

This work addresses topics in **Entomology**: pheromone, ant foraging, computational model, collective behavior.

## Methods

Primary methods and techniques applied in this work:

- Field observation and behavioral assays
- Population genetics analysis

## Key Findings

Core contributions and results:

- We present a computational model showing that a single pheromone accounts for empirical patterns of ant colony foraging previously modeled using two pheromones..
- Our model demonstrates that the dynamic....

## Related Works

- [2016_AntGenetics](../2016_AntGenetics/)
- [2016_ForagingGene](../2016_ForagingGene/)
- [2017_MutAnts](../2017_MutAnts/)

## Validation

Verification points for this work:

- DOI: Not assigned
- PDF SHA-256: See zenodo_record
- Pairing confidence: unknown
- Last checked: 2026-07-01T20:50:01Z

## Prerequisites

- Familiarity with pheromone, ant foraging, computational model
- Background in Entomology fundamentals
- Access to source repository: N/A

## Instructions

When working with this paper:

1. Use the canonical citation above.
2. Apply methods listed in the Methods section for related analysis.
3. Validate findings against the original PDF and metadata.