William Davenport, the Slave Trade, and Merchant Enterprise in Eighteenth-Century Liverpool

<p>This thesis examines the business history of William Davenport (1725-1797), a Liverpool slave trading merchant from 1748 until 1786. Through an examination of a recently discovered collection of Davenport's business papers and personal letters, this thesis places Davenport in the context of Liverpool's development as a slaving port, and the growth of the town's slaving merchant community. It explains how Davenport became one of the largest slaving merchants of his generation, and one of the wealthiest Guinea merchants in Liverpool's history. To explain Davenport's rise the thesis focuses on how he managed his slaving company. It studies two distinct areas of the Guinea coast where he traded for slaves - Old Calabar and Cameroon - and demonstrates how he cultivated merchant partners, and developed a supply chain of trading goods, to suit the unique conditions of both African markets. The thesis also explores Davenport's business profits by examining his returns from several different areas of investment, including the slave trade, the ivory trade and his speculation in financial securities. By building a composite picture of Davenport's diverse business concerns the thesis argues that the profits of the slave trade were crucial to his financial success. Davenport's enterprising expansion of the slave trade into the Cameroon in the 1750s was decisive in generating his slaving profits, and ultimately his wealth.</p>

William Davenport, the Slave Trade, and Merchant Enterprise in Eighteenth-Century Liverpool

<p>This thesis examines the business history of William Davenport (1725-1797), a Liverpool slave trading merchant from 1748 until 1786. Through an examination of a recently discovered collection of Davenport's business papers and personal letters, this thesis places Davenport in the context of Liverpool's development as a slaving port, and the growth of the town's slaving merchant community. It explains how Davenport became one of the largest slaving merchants of his generation, and one of the wealthiest Guinea merchants in Liverpool's history. To explain Davenport's rise the thesis focuses on how he managed his slaving company. It studies two distinct areas of the Guinea coast where he traded for slaves - Old Calabar and Cameroon - and demonstrates how he cultivated merchant partners, and developed a supply chain of trading goods, to suit the unique conditions of both African markets. The thesis also explores Davenport's business profits by examining his returns from several different areas of investment, including the slave trade, the ivory trade and his speculation in financial securities. By building a composite picture of Davenport's diverse business concerns the thesis argues that the profits of the slave trade were crucial to his financial success. Davenport's enterprising expansion of the slave trade into the Cameroon in the 1750s was decisive in generating his slaving profits, and ultimately his wealth.</p>

Weakened impact of the Atlantic Niño on the future equatorial Atlantic and Guinean Coast rainfall

The Guinea Coast is the southern part of the West African continent. Its summer rainfall variability mostly occurs on interannual timescales and is highly influenced by the sea surface temperature (SST) variability in the eastern equatorial Atlantic, which is known as the Atlantic Niño (ATL3). Using historical simulations from 31 General Circulation Models (GCMs) participating in the sixth phase of the Coupled Model Intercomparison Project (CMIP6), we first show that these models are able to simulate reasonably well the rainfall annual cycle in the Guinea Coast, with, however, a wet bias during boreal summer. This bias is associated with too high mean summer SSTs in the eastern equatorial and south Atlantic regions. Next, we analyze the near-term, mid-term and long-term changes of the Atlantic Niño mode relative to the present-day situation, in a climate with a high anthropogenic emission of greenhouse gases. We find a gradual decrease of the equatorial Atlantic SST anomalies associated with the Atlantic Niño in the three periods of the future. This result reflects a possible reduction of the Atlantic Niño variability in the future due to a weakening of the Bjerkness feedback over the equatorial Atlantic. In a warmer climate, an oceanic extension of the Saharan Heat Low over the North Atlantic and an anomalous higher sea level pressure in the western equatorial Atlantic relative to the eastern equatorial Atlantic weaken the climatological trade winds over the equatorial Atlantic. As a result, the eastern equatorial Atlantic thermocline is deeper and responds less to Atlantic Niño events. Among the models that simulate a realistic rainfall pattern associated with ATL3 in the present-day climate, there are 15 GCMs which project a decrease of the Guinean Coast rainfall response related to ATL3, and 9 GCMs which show no substantial change in the patterns associated with ATL3. In these 15 models, the zonal wind response to the ATL3 over the equatorial Atlantic is strongly attenuated in the future climate. Similar results are found when the analysis is focused on the rainfall response to ATL3 over the equatorial Atlantic. There is a higher confidence in the reduction of the rainfall associated with ATL3 over the Atlantic Ocean than over the Guinea Coast. We also found a decrease of the convection associated with ATL3 in the majority of the models.

White Cannibalism in the Illegal Slave Trade

The Portuguese schooner Arrogante was captured in late November 1837 by HMS Snake, off the coast of Cuba. At the time, the Arrogante had more than 330 Africans on board, who had been shipped from the Upper Guinea coast. Once the vessel arrived in Montego Bay, Jamaica, the British authorities apprenticed those who had survived. Shortly after landing, however, the Arrogante’s sailors were accused of slaughtering an African man, cooking his flesh, and forcing the rest of those enslaved on board to eat it. Furthermore, they were also accused of cooking and eating themselves the heart and liver of the same man. This article focuses not so much on the actual event, as on the transatlantic process that followed, during which knowledge was produced and contested, and relative meanings and predetermined cultural notions associated with Europeans and Africans were probed and queried.

Africa’s Oil Coast: Reflecting on Relations Among Gulf of Guinea Coast States

The Gulf of Guinea coast is a region endowed with petroleum resources and this has brought prominence to the region as major oil consumers and oil companies are found in the region. The region has become an alternative source of energy to the Middle East and demand for the region’s oil has continued to increase. Different countries make up the Gulf of Guinea with different colonial background, economic interest and levels of suspicion. This paper examines relations among these countries and its implication on their oil endowment and security. It suggests efforts that the Gulf of Guinea states can make to strengthen relations/cooperation among these states as this will enhance economic the development of the Gulf of Guinea coast.

Performance of the Global Forecast System's Medium-Range Precipitation Forecasts in the Niger River Basin

Weather forecast information has the potential to improve water resources management, energy, and agriculture. This study evaluates the accuracy of medium-range (1–15 day) precipitation forecasts from the Global Forecast System (GFS) over watersheds of eight major dams in the Niger river basin. The Niger basin lies in three latitudinal/climatic sub-regions: Sahel (latitude > 12° N) with annual rainfall of rainfall 400–600 mm, Savannah (latitude 8°–12° N) with annual rainfall of 900–1200 mm, and Guinea Coast (latitude 4°–8° N) with annual rainfall of 1500–2000 mm. The GFS forecast tends to overestimate rainfall in the Guinea Coast and western parts of the Savannah, but estimates well in the Sahel. The overall performance of daily GFS forecast was found to be satisfactory for two watersheds, namely, Kainji (the largest watershed in the basin, predominantly located in the Sahel), and Markala (the second largest watershed, located partly in the Sahel and partly in the Savannah). However, the performance of daily GFS forecast was found to be unsatisfactory in the remaining six watersheds, with GFS forecasts characterized by large random errors, high false alarm, high overestimation bias of low rain rates, and large underestimation bias of heavy rain rates. The GFS forecast accuracy decreases with increasing lead time. The accuracy of GFS forecasts could be improved by applying post-processing techniques involving near-real time satellite rainfall products.