Occupation of public space: anglophone nationalism in Cameroon

This article examines the historical process leading to the emergence of Anglophone nationalism in public space during the liberalisation process in the 1990s in Cameroon. Anglophone nationalism poses a severe threat to the post-colonial State's nation-building project that has been driven by the firm determination of the Francophone political elite to dominate the Anglophone minority and to erase the cultural and the institutional foundations of Anglophone identity. Persistent attempts by the Francophone-dominated State to control the newly created Anglophone movements have made Anglophone nationalists resort to less obtrusive forms of resistance, creating public space for an Anglophone identity and nationhood in historical, artistic, virtual, legal and everyday domains. Bibliographical references, notes, and summary in English and French. [Journal abstract]ASC – Publicaties niet-programma gebonde

Privatisation of agro‐industrial parastatals and Anglophone opposition in Cameroon

This article focuses on the regional anglophone opposition in Cameroon which arose after 15 July 1994, when the government was forced by international donors to announce the privatization of 15 public enterprises, notably in the transport and agroindustrial sectors. The most prominent among them was the Cameroon Development Corporation (CDC), founded in 1946/1947. The author argues that the strong resistance of anglophones in general and the Bakweri in particular to the privatization of the CDC can only be fully understood in the context of the 'anglophone problem'. Privatization of the CDC was perceived as a further step by the francophone-dominated State towards destruction of the anglophone cultural and economic heritage. This perception was strengthened by the fact that the CDC has the reputation of being one of the rare parastatals in Cameroon which from its inception has played a significant role in regional development and which had a relatively good performance record until the economic crisis. Moreover, the Bakweri, the owners of the CDC lands, were not consulted.ASC – Publicaties niet-programma gebonde

Economic management in neo-colonial states: a case study of Cameroon

This study examines the economic management strategies adopted by the Government of Cameroon. Economic planning in Cameroon has been anchored to the principles of planned liberalism, self-reliant development, balanced development and social justice. These concepts are elaborated and it is shown that the revenues needed to ensure that these principles are effectively implemented is derived mainly from the trade in raw materials. Attention is paid to the evolution of the Cameroonian economy, foreign trade, the regulation of cash-crop trade, trade in crude oil, taxation on international trade, sectoral distribution of investment, the promotion of the primary sector, the National Fund for Rural Development, the National Investment Code, private sector development, the State as entrepreneur, and the promotion of small and medium-sized enterprises.ASC – Publicaties niet-programma gebonde

Of citizenship, public spaces and national imagining in Cameroon

The African Anthropologist Vol. 12 (1) March 2005: 100-12

Modeling canopy conductance and transpiration from solar-induced chlorophyll fluorescence

Vegetation transpiration (T) is the process of plant water loss through the stomata on the leaf surface and plays a key role in the energy and water balance of the land surface, especially with dense vegetation cover. To date, however, estimation of ecosystem-scale T is still rather uncertain mainly due to errors in modeling canopy resistance or conductance. Considering the intrinsic link between photosynthesis and chlorophyll fluorescence, the recent available remote sensing of solar-induced chlorophyll fluorescence (SIF) provides a valuable opportunity to estimate plants T at large scales. In this study, we demonstrate how remote sensing of SIF relates to canopy stomatal conductance and transpiration at diurnal and seasonal scales with continuous ground measurements of SIF at three flux sites in forest, cropland and grassland ecosystems. The results show that both ground and spaceborne SIF observations are good indicators of canopy conductance at both diurnal and seasonal scales (R2 = 0.57 and 0.74 for forest, R2 = 0.62 and 0.80 for cropland, R2 = 0.52 and 0.63 for grassland, respectively). Then, empirical SIF-based canopy conductance models are employed to estimate hourly and daily transpiration. We evaluate our ecosystem T estimations against latent heat fluxes measured by eddy covariance systems with more satisfactory results for forest (R2 = 0.57 and 0.71), and cropland (R2 = 0.77 and 0.83) than for grassland (R2 = 0.13 and 0.22) at hourly and daily time scales. Our results suggest the potential of remotely-sensed SIF for estimating canopy conductance and plant transpiration, but a more mechanistic understanding is needed for their link