A number of studies have suggested that addressing greenhouse gas (GHG) emissions from agricultural

production, or ‘supply-side emissions’, will be insufficient to reduce agri-food sector GHG emissions to limit

the increase of global temperatures to well below 2o

C. Recent studies have also suggested that ‘demandside

measures’ related to food consumption, food value chains, and food loss and waste, will be necessary

to reduce emissions and may have a larger technical mitigation potential than supply-side measures.

This paper examines a process - the spontaneous enclosure of the range by livestock owners - which may rise new problems but also permit new approaches to the development of the African livestock industry. Drawing on case material from Sudan and Somalia, the opening section of the paper discusses some of the spontaneous range enclosure.

Background: ‘Climate-smart agriculture’ (CSA)—agriculture and food systems that

sustainably increase food production, improve resilience (or adaptive capacity) of farming

systems, and mitigate climate change when possible—has quickly been integrated into the

global development agenda. However, the empirical evidence base for CSA has not been

assembled, complicating the transition from CSA concept to concrete actions, and

contributing to ideological disagreement among development practitioners. Thus, there is an

This study aimed to evaluate the impact of climate change on the geographical distribution of selected native species from two areas from West Asia and North Africa. Three species representing two genera were selected for assessment of their vulnerability to climate change. The first species was Salsola vermiculata L. which is common to both study areas. The second genus was represented by two species, Haloxylon salicornicum (Moq.) Bunge from the Syrian rangelands and H. schmittianum Pomel from southern Tunisia.

Sustainable development of pastoral and agro-pastoral systems, dominated by collective and/or tribal ownership of rangelands, is a key issue for the West Asia and North Africa region. These two systems are located in arid and semi-arid areas and are increasingly threatened by desertification process. The policy responses to tackle this complexity have been a sectorial and fragmented, “top-down” approach, putting forward technical solutions and neglecting the social context.

This workshop was conceived in recognition of the fact that, over the years, a great deal of research has been conducted on trypanotolerance. With the advent of new and powerful means to identify markers and genes controlling traits of interest, and with the developments in animal breeding bringing greater speed in dissemination of desirable genotypes, there is increasing interest in trypanotolerance as a way forward in trypanosomiasis control.

The Kuri cattle breed is found on the shores and islands of Lake Chad. Its main habitat is in southern Chad and north-eastern Nigeria but the breed is also found in northern Cameroon, in Niger and, to a limited extent, in the Central African Republic. The Kuri are also known as the Baharie, Bare, Borrie, Boudouma, Dongolé, Koubouri, Buduma or White Lake Chad. The importance of the Kuri lies not only in its unique physical characteristics but also in its meat and milk production potentials. The breed is so acclimatised to the environs of Lake Chad that it is unable to survive elsewhere.

Adrian Cullis from FAO Ethiopia reflects on the recent conference in Addis Ababa on the future of pastoralism in Africa. The event's fundamental take home message is that "there is a future for pastoralism in Africa." However, it looks like there will be different futures and different forms of pastoralism - with winners and losers. He also outlines the work FAO does in this area, and comments on some issues like gender and productivity issues (of rangelands, of livestock) that received insufficient attention in the meeting.