Two central challenges facing humanity in the 21st century are food-supply security to a growing population and conservation of biological diversity with the ecosystem resources that it supplies. Nonetheless, the intensification of agriculture over the past decades is one of the principal causes of the declines in global biological diversity and collapse of ecosystem functions. Loss of vital ecosystem resources brings with it a growing burden on agricultural production, expressed as frequently recurring severe outbreaks of diseases and pests, absence of pollinators, and soil degradation and loss.
A central goal of agroecology is an intensification of ecology itself. This means harnessing natural ecological processes for agricultural production, and substituting them for some of the external inputs used in intensive agriculture to increase yields but which negatively impact on long-term sustainability, such as pesticides and chemical fertilizers. Diverse ecological communities formed by a slew of undomesticated organisms undergo and drive many biologically dynamic processes. Some of these may favor the development of agricultural pests and others may be deleterious toward them. Therefore, successful application of ecological intensification requires a rigorous understanding of the elements and structure of the ecological community, and the interactions among the elements and their functions, in order to permit intelligent management of the biological resource diversity and maximize its potential services, both in neighboring cultivated fields and nearby uncultivated habitats. Thanks to its characteristic patchy and complex distribution, the Israeli agricultural landscape appears to be a perfect setting for developing schemes of effective agroecological management.
A central principle of the Model Farm for Sustainable Agriculture is the conservation and management of natural biological diversity and habitats, with the purpose of enhancing ecosystem services for the benefit of growers and society. The Model Farm for Sustainable Agriculture provides a platform for testing agricultural practices that are designed for enhancing ecosystem services, for monitoring their long-term effects on the diversity and functions of aboveground and belowground communities, and for maximizing long-term soil health and the biological control of crop pests and diseases.
Subject areas and Activity
Agricultural Research Organization,
Newe Ya‘ar Research Center, P.O. Box 1021, Ramat Yishay, Israel
Phone numbers: 972-4-9539595
Topics are explored in the field
Activity in the field
Investigating greenhouse gases emissions in plant invasion hotspots as a model for aquatic ecosystem restoration and management
The new year brings some success in research funding. Recently, a project led by Dr. Keren Yanuka-Golub (Galilee Society) and Dr. Maor Matzrafi (Newe Ya’ar)
Regenerative Agriculture in the Model Farm
In recent years there is significant rise in the use of the term ‘Regenerative Agriculture’ around the world and recently also in Israel. Regenerative agriculture
Eco-friendly Next Generation Soil Amendments for Soil and Plant Health
Dr. Eric Palevski, Newe Ya’ar Research Center. Soils are the major reservoir of global biodiversity, the substrate for supporting agriculture and food security, regulating greenhouse
Mathematical modeling of biological control to support agriculture and conservation
We are a group of entomologists from different parts of the world working on topics related to biological control (i.e., the use of organisms to
Soil Food Web Engineering
We are looking for talented students for a multidisciplinary research entitled ‘Harnessing the soil food web, microbiota and mesofauna, for the biological control of below
Integrated Pest Management
Integrated Pest Management, or IPM, is a widely practiced approach to pest control that employs a wide range of tools as biological, physical, horticultural, genetic