IHC 2022

International Horticultural Congress

IHC 2022 AT A GLANCE

Program

User Guide

Get The Mobile APP

IHC 2022 is organized into 3 key pillars:1-A high scientific level with a unique opportunity to gathering, meeting and debating on the main topics:Competitiveness and skills for the Horticultural sectorsFood, Public Health & Well-beingSustainability of production systemsClimate change mitigation and adaptation solutions2-Making value from Research - Education - IndustryThe IHC2022 will be an opportunity to boost links between Research, Education and Industry in order to facilitate the transfer and application of research for industry. It is also the place to motivate and encourage young minds in Horticulture for the future.3-Developing international collaborations, in particular between South and North. Promoting experience - sharing and bringing together different types of horticulture.100 countries represented2000 delegates25 symposia2000m2 of exhibition

International Horticultural Congress 2022

<p>According to our <a href="https://cdn-api.swapcard.com/public/files/75c4cafe1c0844ab9a9aa853f67790d1.pdf" target="_blank">terms & conditions of participation</a>, your registration data has been shared with our app provider to let you access the Hybrid version of the congress (live sessions, Networking, Q&A,...). You can manage your profile visibility directly on the settings page of the app. For any question contact us at support@swapcard.com</p>

<p>As part of IHC 2022, photographers and video makers will take photos and videos on which delegates are likely to appear. These images will be used and distributed throughout the world, on all media and without time limit of availability, for the promotion of the activities of Destination Angers and the next editions of the IHC Congress. If you do not wish to be filmed or photographed, please report to welcome desk and to the photographer and video makers.</p>

S06 - Session P7 - Modulation of yield and quality of horticultural crops as affected by supplementary light in controlled environments - Screen S06.1

Information

Symposium including this Eposter session

S06 International symposium on innovative technologies and production strategies for sustainable controlled environment horticulture

Eposter flash presentations of this EPoster Session

S06 - Session P7 - Supplemental LED lightning in high-wire system cultivation in cucumber: What is the benefit of inter-lighting on production?

S06 - Session P7 - A virtual tomato plant for optimising assimilation light in greenhouse cultivation

S06 - Session P7 - Morphological effects of supplemental Red, Blue and Far Red LED lighting on greenhouse tomato seedlings production

S06 - Session P7 - Comparison of plasma vs. HPS lamp on early stage development of eggplant and tomato plant

S06 - Session P7 - Analysis of light interception, photosynthesis, and growth of greenhouse sweet peppers according to number of trained stems and supplemental lighting using 3D plant models and ray-tracing simulation

S06 - Session P7 - Dynamic 24h light using blue and far-red at night can increase internode length and sustain yield in greenhouse pepper production

S06 - Session P7 - The effect of four different LED spectra on the growth and development of a Cucumber greenhouse crop

S06 - Session P7 - The effect of far-red light on white or pink supplemental LED lighting on growth and development of June-bearing strawberries

S06 - Session P7 - The effect of four different top light LED spectra on growth and development of greenhouse-grown `Merlice´ and `Brioso´ tomato cultivars

S06 - Session P7 - The Energy Requirement for Supplemental Lighting in Greenhouse Leafy Greens Production can be Reduced by Considering `Excess´ Sunlight from the Previous Day (SUBMIT FULL-TEXT)

S06 - Session P7 - Long Photoperiod, Low Intensity Dynamic Lighting for Sustainable Year-Round Greenhouse Vegetable Production

S06 - Session P7 - Toplight versus partial intercanopy light with white LEDs in greenhouse cucumber and tomato at two light intensities

S06 - Session P7 - Strategies towards optimization of continuous lighting in tomatoes.

Log in