Plant population dynamics is the study of how the size, density, and structure of plant populations change over time and space as a result of growth, reproduction, mortality, recruitment, competition, and environmental influences. It examines the factors that govern how many plants establish and survive in a given a…
Plant population dynamics is the study of how the size, density, and structure of plant populations change over time and space as a result of growth, reproduction, mortality, recruitment, competition, and environmental influences. It examines the factors that govern how many plants establish and survive in a given area, including seeding density and sowing date, cultivar choice, spacing and planting arrangement, soil fertility, water availability, and the management of competing weeds and pests. In agronomic settings these dynamics directly determine crop performance, since the number and arrangement of plants influence growth, yield components, and quality; studies of crops such as cotton, onion, sunflower, sorghum, and mungbean illustrate how plant density, fertilization strategy, growth regulators, and cultivation practices shape productivity and resource-use efficiency. Population dynamics also encompasses the control of unwanted plants, such as the suppression of parasitic weeds and the use of biopesticides against pests that affect crop stands. Beyond agriculture, the discipline informs understanding of ecosystem structure and function and of how plant communities respond to environmental change and human activity. By analyzing the balance between establishment, reproduction, and loss, plant population dynamics provides a framework for optimizing planting and management decisions and understanding the persistence and change of plant communities. It draws on agronomy, plant ecology, and crop science to connect population-level processes to productivity and ecological outcomes.
9 peer-reviewed articles, ranked by relevance. Each links to its DOI.
The 9 articles above have been cited 27 times in the scholarly literature. Citation data via OpenAlex and Crossref, updated Jun 2026.
A sample of recent works citing this journal's research on Plant Population, linking to each citing work.