Developmental stages of bell pepper influence the response to far-red light supplements in a controlled environment
Agronomy, 2025
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Introducing Conviron Genesis™ — an advanced suite of plant growth chambers designed to help you do all that you want. Comprised of four models—the GEN1000, GEN1000-ECO, GEN1000-GE, and GEN2000—Genesis delivers precision, flexibility, and efficiency in a compact footprint.
Whether you're cultivating short or tall plant species, conducting tissue culture, germination trials, entomology studies, or exploring aquatic organisms like phytoplankton and algae, Genesis is a space-saving, cost-efficient platform that will accelerate your discovery process.

Conviron Genesis™ delivers precision and consistency for reproducible plant research, offering advanced environmental control tailored to a wide range of experimental protocols. Key features:

Brochures
Engineered for precision and versatility, the GEN1000 delivers up to 2,050 µmol/m²/sec of light intensity and a broad temperature range from -5°C to 50°C—empowering researchers to simulate diverse environmental conditions with confidence.
Its modular architecture supports one to five tiers, along with specialized kits tailored for enhanced tall plant or tissue culture work. Whether you're cultivating short or tall crop species, propagating in vitro cultures, storing seeds, or conducting entomological or aquatic photosynthesis studies, the GEN1000 adapts to your evolving research needs—making it an indispensable tool across the spectrum of plant science applications.
Learn moreData Sheets
The same size and with many of the same features as the GEN1000, the GEN1000-ECO utilizes an ultra-efficient compressor for up to 50% reduced energy consumption. A powerful step toward greener research and growing practices. Contact us today to learn more about including this option on your GEN1000.
The GEN2000 offers twice as much growth space as the GEN1000, has a wide temperature range of 4 to 50°C, and ultra-high light intensity of 2,050μmols/m²/sec. Like the GEN1000, the GEN2000 easily adapts to different research applications. The base chamber can be fitted with anywhere from one of five tiers. Users can also opt for specialized kits for enhanced tall plant or tissue culture research. Applications include:
Data Sheets
The GEN1000-GE is specifically designed for gauging the health and performance of various seed lots under a wide range of environmental conditions. Applications include determining germination rates, vigor, seedling growth rates and other testing where tight environmental control is required. This chamber comes standard with exceptional temperature and light uniformity and high humidity control.
The interior features a reflective white corrosion resistant design with five shelves on the base unit and up to 10 additional shelves as an option, to maximize capacity.
Brochures
Supports maximum growth height and delivers high light intensity for full canopy development of taller plants such as cereal crops.
Optimized for cultivating model species such as Arabidopsis under moderate light for studies in plant genetics, physiology, and developmental biology.
Provides low-light conditions and multi-tier shelving to maximize propagation capacity. Ideal for plant
genetics, micropropagation, and in-vitro development.
Optional phenolic coated refrigeration coils that provide corrosion protection from insect waste and extend the life of refrigeration components.
Supports stable temperature ranges, low to moderate light conditions, and photoperiod control for algae and phytoplankton growth in liquid media.
Assess seed vigor and viability by monitoring germination performance, physiological health and genetic
quality of different seed lots.
Plant scientists around the word have come to rely on Conviron Genesis™ plant growth chambers to support a wide variety of research and drive the discovery process. Below are few samples of recent research or click on the link for a longer listing of research utilizing Genesis and other Conviron chambers.
Learn moreAgronomy, 2025
Read MoreLife, 2025
Read MorebioRxiv, 2025
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