Building Resilient Value Chains After the Impact of the COVID-19 Disruption: Challenges for the Coffee Sector in Central America

Coffee is an important agricultural sector in Central American, directly employing over 1.2 million people in Guatemala, Honduras, El Salvador, Nicaragua, and Costa Rica. Although export revenues from coffee trade have an overall positive effect on the gross domestic product (GDP) of these countries, poverty still prevails. The COVID-19 pandemic has placed additional pressure on the sector which is vulnerable to fluctuations in the international coffee prices, low productivity levels, and climate change effects and damages caused by pest and diseases. This paper examines the effects of the COVID-19 pandemic and analyzes if the sector is resilient to withstand unexpected external shocks such as the pandemic and the hurricanes which impacted the region in the last months of 2020. The capacity to absorb, adapt, and/or transform to these shocks was assessed from the perspective of small-scale coffee farmers, traders, exporters and the entire sector in two time periods—immediately after the start of the pandemic and after the coffee harvest. Although the actors in the coffee value chain absorbed these shocks and could withstand them, adaptation to the disruptions has been challenging for small-scale farmers. Despite the vulnerability to unexpected external shocks, results indicate that a long-term transformation of the sector to build resilience is likely to be slow.

The Dynamics behind the Likelihood of Adopting Inclusive Agrarian Innovations in Disadvantaged Central American Communities

Although innovation studies form a consolidated field in developed countries, the same is not true in disadvantaged countries especially in agriculture, despite the importance of innovation in generating wealth and inclusiveness. With this study, we aim to contribute to the knowledge of the processes of adopting innovation in agrarian contexts of poverty. Thus, we examined the main factors that influence the probability of accepting a new product, and their interrelationships in a Central American community. Based on a qualitative methodology, we held 42 in-depth interviews with small-scale producers. All the information collected was the subject of a discursive and content analysis, with support from the NVivo 12 software programme. The results show how key factors such as culture, the market, networks, attitudes, expectations, and social references are interrelated and enhanced or hindered by other social dynamics. These findings underline the idea that the entrepreneur’s relationship with innovation is a dynamic reality where the probability of acceptance is the outcome of combining cultural, individual, institutional, and organisational factors. Any innovation support policy that arises in these contexts should be based on more systemic approaches if the acceptance of inclusive innovation is to be improved.

Collusion, Co-Optation, or Evasion: The Politics of Drug Trafficking Violence in Central America

Why do drug traffickers sometimes decide to use violence, but other times demonstrate restraint? Building on recent work on the politics of drug violence, this article explores how Central American drug trafficking organizations’ strategies impact their use of violence. I argue that three inter-related political factors—corruption, electoral competition, and the politicization of the security apparatus—collectively determine the type of relationship between traffickers and the state that will emerge. That relationship, in turn, determines the primary strategy used by traffickers in that country. Drawing on over two years of comparative ethnographic fieldwork in key transshipment points along the Caribbean coast of Central America, I show how co-optation strategies in Honduras have resulted in high levels of violence, evasion strategies in Costa Rica have produced moderate levels of violence, and collusion strategies in Nicaragua have generated the lowest levels of drug-related violence.

Characteristics of Central American brocket deer resting sites in a tropical mountain cloud forest in eastern Mexico

The Central American brocket deer is a vulnerable species. Geographically isolated populations have been affected by poaching and habitat fragmentation, leading to local extinctions. It is therefore important to understand this species’ habitat characteristics, particularly of resting sites, which play a crucial role in survival and fitness. We describe the characteristics and distribution patterns of Central American brocket deer resting sites at the microhabitat and landscape scales in San Bartolo Tutotepec, Hidalgo, México. We conducted eight bimonthly field surveys between November 2017 and March 2019, consisting of 32 transects of 500 m length to search for fecal pellets, footprints, scrapes, and browsed plants. At each resting site we identified, we measured canopy closure, horizontal thermal cover, protection from predators for fawns and adults, escape routes, slope from the ground, presence of scrapes, cumulative importance value of the edible plant species, and distance from the resting site to the nearest water resource to characterize the site at the microhabitat scale. At the landscape scale, we identified the type of biotope, elevation, aspect, and slope. We compared all of these parameters from resting sites with a paired randomly selected site to serve as a control. We performed a multiple logistic regression to identify the parameters associated with the resting sites and a point pattern analysis to describe their distribution. We characterized 43 resting sites and their corresponding control plots. At the microhabitat scale, resting sites were associated with higher vertical thermal cover, more concealment cover, more escape routes, more edible plant species, higher slope from the ground, and closer distance to water resources. At the landscape scale, resting sites were associated with beech forest, oak forest, secondary forest, and ravine biotopes and negatively associated with pine forest, houses, and roads. Resting sites had an aggregated spatial pattern from 0 to 900 m, but their distribution was completely random at larger scales. Our study revealed that Central American brocket deer selected places with specific characteristics to rest, at both microhabitat and landscape scales. We therefore suggest that existing habitat be increased by reforesting with native species—particularly Mexican beech forest and oak forest—to improve the deer’s conservation status in the study area.

New and interesting species of Agaricomycetes from Panama

Panama forms part of the Central American biodiversity hotspot, one of the most important biodiversity hotspots in the world. While plants are relatively well studied in Panama, the documentation of fungal diversity is still in a pioneer phase. In this publication, four species of Agaricomycetes recently collected in Panama are described as new to science, two in Agaricales, namely Gliophorus roseus and Humidicutis roseorubra, a lichenised species in Cantharellales, called Multiclavula caput-serpentis, and a species in Gomphales, called Gloeocantharellus salmonicolor. These species are described and illustrated. Their phylogenetic affinities are discussed based on morphological characters and molecular phylogenies. Further six species of Agaricales, which have not been reported from Panama before, are presented as new records for the country, along with data on their morphology, ecology and taxonomy.