RESLOPE GLOBAL
The Green Revolution
For The Semi-Arid World
North-South Slopes Cultivation
What is North-South Slopes Cultivation?
15% of the world's surface is semi-arid where 1.1 billion people live, the most vulnerable people on earth.
Hundreds of thousands of square miles can be potentially upgraded into cultivable land.
Our plan is to imitate vegetation patterns by the construction of man-made slopes.
RESLOPE GLOBAL
The Green Revolution for the Semi-Arid World
Feeding The World
The North-Facing Slope Effect
Typical natural North-South slopes in a semi-arid area. The North-facing slope is lush, moist and green; the South-facing slope is dry and unusable.
The North-facing slope is partially shaded. Evaporation is reduced, enabling vegetation growth. The South-facing slope and the flat terrain in between are both bone dry.
Public Work in San Angelo, Texas. Grass appears spontaneously on the North-facing slope two weeks after digging.
Evaporation and transpiration (evapotranspiration) are reduced on the partially shaded North-facing slope allowing for vegetation growth.
Earthmoving and construction of north-south slopes on semi-arid land for arable land formation imitating north south on natural hills.
Cultivation on the man-made northern slope. Our plan is to imitate vegetation patterns by the construction of man-made slopes.
Does North-South Slopes Cultivation Really Work?
Consider the following example:
The annual precipitation in London, UK is 24 inches, while the annual precipitation in Dallas, TX is 35 inches.
And yet London (51 Deg latitude) is green and lush while Dallas at latitude 31.5 Deg is semi-arid.
A small difference in latitude and solar irradiation flux can cause a dramatic difference in vegetation and bio mass productivity.
Applications of North-South Slopes in Africa
Applications of North-South Slopes in the sub-Sahara near the equator where the sun shines from the south in one season and from the north in the second.
The slopes are symmetrical enabling cultivation on the two slopes in different seasons, making better use of the land.
RESLOPE GLOBAL
The Green Revolution
About ReSlope Global (RSG)
RSG was founded by Moshe Alamaro, an MIT atmospheric scientist and aero/mechanical engineer, together with Renato Morbidelli of the Department of Civil and Environmental Engineering at the University of Perugia.
ReSlope Global’s concept is based on an invention developed in 1997 by Dr. Moshe Bar-Joseph at the Volcani Institute in Israel. Dr. Bar-Joseph successfully implemented a pilot project on a quarter-acre site; however, the technology was not further developed beyond that initial demonstration.
ReSlope Global seeks to transform semiarid terrain worldwide into arable, cultivable land. Our mission is to alleviate hunger and poverty by increasing sustainable food production across vulnerable regions of the world.
ReSlope addresses the looming global food crisis driven by climate change, land degradation, and geopolitical instability, including disruptions such as those caused by the Russia–Ukraine war.
The Scientific Concept
The ReSlope concept is based on well-documented observations of natural semiarid hilly terrains. In regions such as the U.S. Southwest, Southern Europe, North Africa, and the Middle East, vegetation patterns differ markedly between north-facing and south-facing slopes.
North-facing slopes are typically greener and more vegetated because they receive less direct solar radiation. Reduced solar exposure lowers soil evaporation and plant transpiration (collectively referred to as evapotranspiration), allowing rainfall to be retained more effectively in the soil. This natural microclimatic advantage supports vegetation growth even in otherwise water-limited environments.
ReSlope’s innovation is to replicate this natural phenomenon through strategic earthmoving. By reshaping flat or degraded semiarid land into engineered north–south slope configurations, the northern slopes can be cultivated, effectively mimicking the vegetation dynamics observed on natural hills.
International Collaboration
ReSlope is built upon an international collaboration of scientists and engineers from Italy, Kenya, Tanzania, Botswana, Nigeria, India, Brazil, and the United States, all of whom are interested in implementing and adapting the methodology in their respective countries.
Researchers and engineers from Denmark and the Netherlands contribute specialized expertise in advanced earthmoving systems and agricultural and water economics.
Corporate Structure and Commercial Strategy
ReSlope is transitioning from a nonprofit initiative into a for-profit holding corporation in partnership with an advanced robotic earthmoving entity. The holding company will license its technology and establish regional subsidiaries (e.g., ReSlope India, ReSlope Australia, ReSlope Africa, etc.).
We are currently seeking seed funding to support pilot projects in Italy and Kenya.
Business Models
ReSlope’s commercial strategy includes several potential models:
Land Value Creation Model
The holding company acquires low-cost semiarid land on behalf of investors, upgrades it through terrain modification and cultivation, and sells the newly arable land while capturing a portion of the appreciation in value.Lease-to-Growers Model
The holding corporation acquires and upgrades semiarid land, then leases the improved agricultural land to growers.Development-for-Aid Model
The corporation upgrades semiarid land on behalf of international aid organizations and development agencies.ReSlope’s team has identified the key technological challenges inherent in its concept. Once funding is secured, the company will establish a robust intellectual property (IP) portfolio that includes:
Utility Patents: We will file comprehensive utility patent applications covering our proprietary apparatus, securing exclusive rights to the hardware’s structural and mechanical innovations.
Method & Process Claims: Our filings will also include detailed methods of operation, protecting the unique functional steps and integrated process architecture — including the technical business methods that drive the platform’s efficiency and scalability.
Research and Development
ReSlope is raising seed capital to develop and test pilot applications across diverse regions and latitudes. The agenda requires rigorous research and development (with particular emphasis on development and field validation) in areas including:
Regional climate patterns
Soil science and geochemistry
Agronomy
Earthmoving optimization
Ecological and environmental impact assessment
A structured “division of labor” is being established so that each research group focuses on its core expertise.
Global Opportunity
Approximately 15% of the Earth’s land surface is classified as semiarid—an area more than twice the size of the United States.
ReSlope’s approach has the potential to unlock vast new areas for food production, generate employment, stimulate regional economic development, and contribute meaningfully to global food security in the face of climate and geopolitical challenges.