What Traits Make a Crop Ideal for Vertical Farming?
Optimised crop traits for CEA production are increasingly important as vertical farming moves from niche innovation towards a mainstream contributor to modern
Optimised crop traits for CEA production are increasingly important as vertical farming moves from niche innovation towards a mainstream contributor to modern
In Controlled Environment Agriculture (CEA), every harvest begins with seed, yet the demands of indoor farming expose a profound inefficiency: many systems,
The success of Controlled Environment Agriculture (CEA) depends not only on advanced infrastructure, energy systems, and management strategies, but also on something
The potential of genetic modification of crop plants for CEA and vertical farming lies in its ability to align plant traits with
Plant breeding goals for vertical farming are distinct from those developed for conventional agriculture. Traditional breeding has historically prioritised yield, pest resistance,
The idea of emerging crops in vertical farming is no longer limited to leafy greens and herbs; researchers, entrepreneurs, and policy-makers
In nature, plant morphology is not a fixed outcome, it is a highly plastic and variable response shaped by environmental variables. In
Secondary metabolites are organic compounds produced by plants and other organisms that are not essential for normal growth, development, or reproduction but
Using stress to initiate the production of novel compounds in plants has become a subject of significant interest within Controlled Environment Agriculture
The ability to manage or introduce stress to plants for production goals is the reason why Controlled Environment Agriculture (CEA) systems have
Humidity and plant health in CEA are closely linked, yet humidity is often less discussed than light, nutrients, or temperature. In indoor
Carbon dioxide is central to plant growth and productivity, and its management is particularly relevant in controlled environment agriculture (CEA) systems. CO2