The Kenyan flower industry is one of the largest in the world and it is estimated to contribute around one per cent to Kenya’s gross domestic product (GDP).1 According to the Kenya Flower Council (KFC), Kenya exports about 70 per cent of its cut flowers for sale on the European market.2 Women constitute around 65 to 75 per cent of the workforce in the Kenyan flower industry, performing unskilled and poorly paid jobs.3 Female floriculture workers in Kenya experience high rates of sexual harassment (SH) and other forms of workplace violence.4 SH is deeply rooted in power imbalances between the parties involved, which can impact on the ability of the victim to resist or expressly indicate that the conduct is unwelcome. Such power imbalance can threaten victims into silence, resulting in incidences going unreported.5 According to a study on gender, rights and participation in the cut flower industry in Kenya, SH is particularly prevalent among women who are supervised by male managers.6 It was found that the persistence of SH is related to the hierarchical employment structure of floriculture companies, coupled with the lack of female managerial staff, both of which also prevented women from reporting incidences of SH.

Two studies were conducted near Bronson, MI, to determine gladiolus tolerance and weed control with flumioxazin and other herbicide treatments. The first study was conducted in 2002, 2003, and 2004 to evaluate weed control and gladiolus injury with flumioxazin and 14 other preemergence treatments. Crop injury over the 3-yr period was less than 6% and was considered commercially acceptable with flumioxazin, linuron, oryzalin, pendimethalin, prometryn, S-metolachlor, and sulfentrazone. Gladiolus stand count, height, and flower count were similar to those of the nontreated control with these treatments. Clomazone, halosulfuron, imazamox, imazapic, mesotrione, oxyfluorfen, rimsulfuron, and trifloxysulfuron resulted in unacceptable crop injury. Of the acceptable treatments, only flumioxazin controlled common ragweed, yellow nutsedge, and foxtail species at least 68%. The second study was conducted in 2003 and 2004. Flumioxazin was evaluated at four rates, in mixtures with S-metolachlor and oryzalin, and in comparison with isoxaben plus oryzalin. Gladiolus injury did not exceed 6%. Common ragweed, annual grass, and yellow nutsedge control were at least 63% with all flumioxazin treatments.

This study investigated the cost structure of the floriculture industry in the United States. Economies of scale and input elasticities were estimated with a normalized quadratic cost function. Results suggest that economies of scale exist in the floriculture industry. As producers become large and more automated, they have a cost advantage relative to smaller producers who are producing the same output product mix. The existence of economies of scale suggests that average grower size can increase in the future as growers increase in size to take advantage of cost efficiencies.