This paper reviews the small but growing literature on the water footprint (WF) of livestock
production and provides an analysis of the strengths, weaknesses, opportunities and threats …

Achieving inclusive value chain development is a challenging task due to the complex and
dynamic nature of interconnected value chains and their social, economic, and ecological …

Abstract In North Africa, the development of groundwater-based irrigation enabled
agricultural intensification and market-oriented production. Groundwater use was also often …

Globally, ruminant production systems used to synthesize meat and milk differ tremendously
in terms of their efficiency, productivity, and environmental impacts. Regardless of this …

Water meadows in river valleys are a source of very valuable forage. Due to their specificity,
an appropriate approach to water management is required. This study assessed the impact …

Mediterranean livestock farming systems have evolved to adapt to current and future
pressures, including strong demographic growth and urbanization in the coastal zone …

Water scarcity is a significant global problem. Considerable water resources are consumed
in the production of livestock and poultry products, thus posing a huge challenge to global …

Le secteur agricole constitue une activité importante au Maroc, représentant 14% du produit
national brut et employant 40% de la population active. Avec l'émergence de la pandémie …

The assessment of water productivity in livestock supply chains has a critical role to play in
developing productive and sustainable food production systems worldwide. In particular, the …

Water scarcity prevailing in the drylands is threatening the sustainability of livestock
production systems. The water footprint (WF) indicator was proposed as a metric of water …