South-western Zimbabwe Research Articles

A geographic information system and analytic hierarchy process drought risk analysis approach in arid south-western Zimbabwe: Prospects for informed resilience building

Climate change is increasing the vulnerability of communities to drought, with rural communities in developing countries being affected the most. The study assessed drought vulnerability in south western Zimbabwe based on the Analytic Hierarchy Process (AHP) supported by Geographic Information System (GIS) and remote sensing techniques. An empirical research design based on verifiable evidence of drought vulnerability was adopted. GIS and remote sensing data were used to execute the multi-criteria AHP for the determination of drought vulnerability. ArcMap 10.8 software was used for the analysis of drought influencing factors and carrying out the weighted overlay. Results indicate that almost the whole of south western Zimbabwe is prone to droughts with only 0.6 % of the area being comparatively better. It was also noted that the majority of the population are exposed to high and extreme risk of droughts as they are settled in extreme and high drought risk zones. The study recommends implementation of resilience building interventions from an informed dimension where specific resilience building initiatives are implemented in appropriate environments for high returns. This can sustain the communities in the face of increasing drought risk due to climate change in line with the aspirations of the universal sustainable development goals and the country's vision of attaining an upper middle-income society by 2030. A framework for creating drought resilience was developed to ensure that development stakeholders cooperate to build drought resilient communities in tropical regions with drought challenges like Zimbabwe and the rest of Southern Africa.

A taxonomic revision of Arnot’s Chat Myrmecocichla arnotti (family Muscicapidae)

Arnot’s Chat Myrmecocichla arnotti in the family Muscicapidae is largely confined to the woodlands of the Zambezian biome of south-central Africa. This work assesses its taxonomic status, including comments on the so-called Ruaha Chat M. [a.] collaris (also named M. [a.] leucolaema). Based on an analysis of morphology, behaviour and molecular data, we recommend that M. arnotti be considered a single species with two subspecies: M. a. arnotti (including shelleyi, leucolaema and collaris) and M. a. harterti. A restricted type locality is proposed for Saxicola shelleyi Sharpe, 1877: Ngwesi (21°03′ S, 27°50′ E), southwestern Zimbabwe.

Spiders (Arachnida: Araneae) of a wildlife and cattle savanna ranch in South-Western Zimbabwe

In order to contribute to spider diversity distribution records within Zimbabwe, spiders were sampled at a mixed wildlife and cattle ranch using pitfall traps and sweep-netting. Sampling was conducted from June 2017 to April 2018. A total of 2328 spiders representing 25 families, 94 genera, and 166 species were recorded. The most species-rich families were Salticidae (33 spp.), followed by the Gnaphosidae (28 spp.) and Lycosidae (20 spp.), while eight families were represented by a single species. Pitfall traps accounted for 1857 individuals overall, with the ground-dwelling fauna dominated by Stenaelurillus guttiger (37.86% of the total abundance). Sweep-nets accounted for 471 individuals overall, with the grass-dwelling fauna dominated by Thyene thyenioides (15.29% of the total abundance). The most abundant functional group was the free-living ground-dwellers (n = 1809, 77.71%), followed by free-living plant-dwellers (n = 266, 11.43%) and orb-web builders (n = 186, 7.98%). The current study contributes to the knowledge of a megadiverse group of predatory arthropods in the region.Conservation implications: Sampling and monitoring of rangelands is essential, as the former aids in the identification of new species not previously recorded, as well as increasing knowledge on the distribution of spider species, which if not adequately conserved could face significant threats to their survival even before their documentation.

Endogenous irrigation in arid Zimbabwe: farmer perceptions of livelihood benefits and barriers to scaling

In Zimbabwe, farmer-led irrigation is far more widespread than planners and policy makers realise. Along the Shashani sand river, in the arid to semi-arid lands of south-western Zimbabwe, diverse farmer-initiated irrigation ventures exist. This qualitative case study focuses on bucket irrigation, in which very small vegetable fields of up to 450 m2 are fenced by tree branches, and irrigated with water from scoop holes in sandy river beds. Farmers initiate and operate their fields with no external assistance. This study presents the benefits of bucket irrigation as an often-overlooked form of farmer-led irrigation development. Through this qualitative and strongly observational study, 26 bucket irrigation farmers and 4 non-irrigators were interviewed using semi-structured interviews where farmers’ perceptions and experiences were captured. We investigate what drives and sustains bucket irrigation, its significance to rural livelihoods under harsh economic and climatic conditions, and the barriers towards scaling this type of farmer-led irrigation development. The results show that drivers for bucket irrigation stem from economic hardship and are gendered. Women are motivated to irrigate mainly by the need to produce vegetables for household consumption, whereas men pursue irrigation due to a lack of employment. Bucket irrigators experience enhanced food security, and have more secure income, contributing to improved wellbeing. Furthermore, despite the desire to scale, the farm size is mainly constrained by fencing and energy for transporting water, which is a result of a persistent lack of financial capital to invest in irrigation technologies. We conclude that bucket irrigation acts as an important livelihood strategy, and that it significantly enhances farmers’ resilience to economic and climatic shocks. Bucket irrigation should not be overlooked in policies that advocate scaling of irrigation. Bucket irrigators have the potential to expand and benefit significantly if supported with innovative financial mechanisms that enable investments in the required technology and knowledge.

Beyond Colonial Boundaries: Reimagining the Rozvi through Landscapes, Identities and Indigenous Epistemologies

The land, ‘things’/objects, and memory in the form of narratives and metaphors are intricately bound together. They all constitute the iconography of a shared set of ideas, beliefs, feelings, values, practices, and performances that objectify collective identities. Respectively, these complex entangled tangible and spiritual/invisible indices of identities situated in places deserve special archaeological devotion. However, since African archaeology and history remains trapped in Eurocentric colonial metanarratives, indigenous epistemologies and ontologies have somehow remained on the margins of knowledge production processes. This deliberate erasure and silencing continues to impede archaeology’s capacity to explore hidden meanings and values that people imbue to places and landscapes through time. Owing to this setback, multiple precolonial group identities in parts of Zimbabwe, South Africa, Botswana, and Mozambique such as Torwa, Twamamba, Rozvi, Singo, and Venda, among others, remain vague and subjectively tied to the archaeology of Butua/Torwa (AD 1400–1644) and Rozvi (AD 1685–1830) state systems. The failure to read the landscape as both a repository of memory and an agent for collective identities continues to compound our archaeological challenges. Against this background, Rozvi oral narratives and the Insiza cluster Khami-phase sites in southwestern Zimbabwe are subjected to renewed scrutiny. Following a critical review of colonial archives and Rozvi traditions, it turned out that instead of contradicting ‘science’, oral traditions actually amplify our reading of the archaeological record, only if handled properly.

Music, performance and ZANU-PF’s hegemony in Mugabe’s newly independent Zimbabwe

The premise of this article is that popular music was a critical space for enforcing hegemonic dominance of ZANU-PF during the first decade of its rule, as perhaps in other eras. When it assumed power in 1980, ZANU-PF did not hide its intention to establish single-party rule, which was then popular across Africa. Top among competing priorities for the new regime was removing all centres of political opposition or resistance. But PF-ZAPU, ZANU-PF’s erstwhile liberation war rival, threatened this vision in south-western Zimbabwe, where it enjoyed significant support. We analyse music that promoted ZANU-PF hegemony in the context of the Gukurahundi ‘genocide’ in the early 1980s, a campaign that was part of the desire for complete dominance of Zimbabwe. The music contained a celebratory discourse spreading fear and emotional violence, thus censoring and suffocating competing narratives about the new state.

Prevalence of Yersinia pestis among rodents captured in a semi-arid tropical ecosystem of south-western Zimbabwe.

This study assessed the prevalence of plague bacterium (Yersinia pestis) among rodents captured in Umzingwane and Nkayi districts, south-western Zimbabwe. A total of 44 rodents were captured on three consecutive days per trapping session in the study sites using a removal trapping method in April 2018. Captured rodents were euthanized, and blood samples were collected. The Giemsa stain method was used to detect plague bacteria. The trapping success was not significantly different (χ² = 1.50, df = 1, P = 0.221), 8.5% for the Nkayi district, while in the Umzingwane district, it was 8%. Overall, only one rodent species, i.e., Mastomys natalensis, tested positive for Y. pestis in the Umzingwane district, thus yielding a prevalence rate of 2.3% for the entire study area. This was the most important finding of a Y. pestis-positive rodent in a non-endemic wild area in the Umzingwane district. These results point to a low prevalence of Y. pestis in the study area and the importance of an active plague disease surveillance and monitoring system.

Mtanye revisited: new insights into the Middle Iron Age of southern Zambezia

ABSTRACT In southern Zambezia, the early second millennium AD witnessed socio-political transformations within local agropastoralist societies. Research continues to unearth evidence of multiple places that likely functioned as the centres of state-based polities. This paper reports on surveys and excavations undertaken at Mtanye, located about 50 km east of Gwanda in southwestern Zimbabwe and approximately 90 km north of the Shashi-Limpopo Confluence Area where Botswana, South Africa and Zimbabwe meet. Fieldwork identified local expressions of prestige such as stone walling, exotic items such as glass beads and evidence of long-term occupation with a successive layering and mix of K2, TK2 and Mapungubwe facies. Based on this evidence, it is therefore suggested that the similarities in material culture between Mapungubwe, Mtanye and other neighbouring sites like Mapela and Mananzve reflect social networks of shared ideas and practices rather than the existence of a single hegemonic state. Furthermore, the community at Mtanye deployed different strategies to survive and thrive in seemingly inhospitable drylands.

Using Geographic Information Systems (GIS) to Model the Clustering Effect of COVID-19 in South-Western Zimbabwe

The purpose of the study was to model the clustering of COVID-19 in Bulawayo, Zimbabwe. A cross-sectional study design was used to provide a snapshot of the occurrence of COVID-19 in Bulawayo at a particular time. About 246 COVID-19 cases were randomly selected from the list of cases that occurred in Bulawayo as of 1 August 2020. The data was analyzed in ArcGIS using spatial autocorrelation and hotspot analysis. From the observed pattern, the results demonstrated a significant overall spatial autocorrelation and clustering of COVID-19 cases in Bulawayo. The hotspot analysis showed hotspot localities around the Western Suburbs such as Nkulumane, Cowdry Park, and Luveve. These are high-density suburbs, endorsing that pattern of COVID-19 infections is related to the population density pattern in Bulawayo. In conclusion, hotspot areas detected in this study can help identify future infectious disease surveillance.

Local community awareness and practices on Yersinia pestis plague disease management in Nkayi and Umzingwane districts, south-western Zimbabwe

ABSTRACT This study investigated the level of awareness and practices of local communities on Yersinia pestis plague disease in Nkayi and Umzingwane districts, south-western Zimbabwe. The research used a two-way case study where Umzingwane district was used as a quasi-control site and Nkayi district the treatment site. Purposive sampling was used to select four villages, i.e. two from Nkayi district (plague endemic area) and two from Umzingwane district (non-plague area). Data were collected through focus group discussions involving 35 respondents held between August 2017 and April 2018. The study respondents confirmed some awareness of zoonotic diseases albeit limited knowledge on specific rodent-borne diseases. Respondents from areas that had previous plague outbreaks (Nkayi district) were more knowledgeable of the disease compared to those from areas without previous known outbreaks (Umzingwane district). Several practises, e.g. use of traps, keeping domestic cats (Felis catus) and use of rodenticides to control rodents and educating people on plague disease, were highlighted from both study sites as local plague management strategies. Overall, the study results indicate that the awareness and practices employed by local people in the study area are generally influenced by local contextual factors and past experiences.

Exploring water use and production dynamics of an indigenous African dry forest in south-western Zimbabwe

Monitoring carbon and water vapour dynamics over a landscape helps in understanding ecosystem functioning. The study sought to determine ecosystem stability and production. We evaluated trends and step changes in water use efficiency (WUE), rainfall use efficiency (RUE), evaporative index, rainfall, evapotranspiration (ET) and carbon use efficiency (CUE). These remained stable throughout the study period. Miombo woodland and savannah had significantly (p < 0.05) higher actual ET (ETa) and production compared to Vachellia and Teak clusters. The Vachellia and Teak clusters became sources of carbon during the dry season. Xylem rehydration and convergent evolution could explain high production in the Miombo cluster during the dry season. Despite relatively small spatial coverage (12%), the Vachellia cluster contributed production similar to Teak and Miombo woodlands clusters due to soil fertility. Teak had the highest CUE (62%) but lowest NPP, possibly due to high respiration. The relationship between rainfall, NPP and measures of ecosystem stability was unimodal, indicating the upper limits of landscape production. The low RUE of the Teak cluster suggests that this cluster was more sensitive to disturbance. Monitoring carbon and water fluxes dynamics help to identify the onset of ecosystem change to enable implementation of requisite interventions.

The Creation and Early Development of the Zimbabwe Defence Forces (ZDF) 1980-93

Given the 2017 coup in Zimbabwe, a rare event in Southern Africa but sadly common in the rest of the continent, this paper discusses the beginnings of the politicization of the Zimbabwe Defence Forces (ZDF) during the 1980s. At the end of the country’s war for independence in 1980, the ZDF formed as an amalgamation of former Rhodesian state military personnel and insurgents from the liberation movements of the Zimbabwe African People’s Union (ZAPU) and the Zimbabwe African National Union (ZANU). Personnel from ZANU came to dominate Zimbabwe’s new military given the lack of a specific agreement over the integration process, their numerical superiority, and ZANU’s electoral success that gave it political power. During the ZDF integration exercise of the early 1980s, British advisors attempted to create a Western-style force but acted pragmatically while North Korean instructors helped create an overtly ZANU affiliated brigade and party militia. In addition, South African destabilization and the rapid departure of former Rhodesian officers gave way to the accelerated promotion of former insurgents mostly affiliated with the ZANU government. Lastly, the further ZANU-ization of the ZDF occurred within the context of operations in southwestern Zimbabwe where it eliminated ZAPU as an opposition political movement and committed atrocities, and in Mozambique where Zimbabwean troops cooperated with allies from overtly politicized armies of neighboring states

Language, Resistance and Multilingualism in Post-Colonial Zimbabwe: The Kalanga and their Struggle for Recognition

The article focuses on language policy in Zimbabwe and argues that both the colonial and post-colonial governments advocated a unitary language policy in which English and the two major indigenous languages – ChiShona and IsiNdebele – were adopted as national languages. For the post-colonial government, this language policy was influenced by prevailing ideas about linguistic unity as a prerequisite for economic development and the construction of a cohesive national identity. This approach led to the marginalisation of minor languages and their associated cultures in education and the wider public sphere. The article shows how one marginalised linguistic community, the Kalanga of south-western Zimbabwe, responded to the government’s exclusionary policies. It traces the resistance to such government policies and the promotion of the TjiKalanga language and culture by two organisations – the Kalanga Cultural Promotion Society, relaunched in 1980, and the Kalanga and Language and Cultural Development Association, founded in 2005. It also engages with the various activities and interventions carried out by the two groups, leading to the introduction of TjiKalanga in schools, among other achievements. Furthermore, the article argues that the rise and development of the two TjiKalanga language and cultural promotion organisations illustrate the pitfalls of centralising and unifying tendencies in both the colonial and post-colonial governments in Zimbabwe. It also demonstrates the agency and resistance of minority groups in relation to these flawed policies. By assessing the performance of the two organisations, the article views their activities as a form of cultural resistance to the hegemonic and exclusionist policies of post-independence Zimbabwean government. Cultural resistance is used as a conceptual approach through which the limits of the impact of hegemonic monolithic language policies on minority groups, such as the Kalanga in the post-colonial Zimbabwean context, are illustrated and illuminated.

Landscapes and Ethnicity: An Historical Archaeology of Khami-Phase Sites in Southwestern Zimbabwe

Although numerous dry-stone-walled Khami-phase sites are scattered throughout southwestern Zimbabwe, their finer archaeological and historical credentials remain largely elusive. Deliberations of how several dynastic and ethnolinguistic formations that are historically linked to the rise and spread of these sites can be archaeologically defined also remain multiple and fragmentary. Correspondingly, in attempts to trace Rozvi ethnicity, a sample of three ancient Khami-phase capitals––Danamombe, Naletale, and Zinjanja––was scrutinized in the light of an agency landscape framework. For the first time, radiocarbon dates from these sites are compared with each other in order to assess the validity of oral traditions and documentary sources describing the Rozvi past.

Modelling the water level of the alluvial aquifer of an ephemeral river in south-western Zimbabwe

ABSTRACT Water from the alluvium of ephemeral rivers in Zimbabwe is increasingly being used. These alluvial aquifers are recharged annually from infiltrating floodwater. Nonetheless, the size of this water resource is not without limit and an understanding of the hydrological processes of an alluvial aquifer is required for its sustainable management. This paper presents the development of a water balance model, which estimates the water level in an alluvial aquifer recharged by surface flow and rainfall, while allowing for abstraction, evaporation and other losses. The model is coupled with a watershed model, which generates inflows from upland catchment areas and tributaries. Climate, hydrological, land cover and geomorphological data were collected as inputs to both models as well as observed flow and water levels for model calibration and validation. The sand river model was found to be good at simulating the observed water level and was most sensitive to porosity and seepage.

Complexity of characterizing mafic-ultramafic remnants of Archean layered complexes in high-grade terranes: The scenario from Motloutse Complex, southwestern Zimbabwe craton

Mafic-to ultramafic-rocks of Archean layered complexes in high-grade terranes typically occur as inclusions closely associated with supracrustal rocks in granitoid gneiss. The reconstruction of the original stratigraphy and sequence of events related to Archean layered complexes is complicated by the fragmental occurrence and effect of overprint event(s). The case study presented here highlight these issues from the Motloutse Complex terrane, southwestern Zimbabwe Craton. Peridotite-pyroxenite and gabbro-leucogabbro-anorthosite form separate bodies closely associated with amphibolite in the Lechana area. They occur as inclusions within ∼2.65 Ga tonalite gneiss. Amphibolite is massive, has a stratiform occurrence and is folded, with gabbro-leucogabbro-anorthosite intruding along the fold limbs. Rare amphibolite xenoliths occur in gabbro-leucogabbro-anorthosite and peridotite-pyroxenite. Modal and cyclic layering is well preserved in the mafic and ultramafic intrusive bodies. Anatectic and alkali-metasomatic overprints, the later related to shear deformation, locally affected the Lechana rocks. The late stage events are contemporaneous and is dated by the ∼2.0 Ga (2013 ± 18 Ma) U-Pb zircon overgrowth age. Amphibolite exhibit prominent granoblastic polygonal fabric defined by amphibole-plagioclase. Gabbro-leucogabbro-anorthosite are locally gneissic. The different mafic rocks are variably affected by overprint events, and contain garnet related to anatectic overprint and epidote related to metasomatic overprint. Peridotite-pyroxenite exhibits no metamorphic re-equilibration textures, but are serpentinized and host widespread magnetite-rich layers. Amphibolite and associated gabbro have conspicuous sulphide concentration (up to 5 modal%), and include pyrrhotite, chalcopyrite (replaced by covellite), pyrite and pentlandite. No magnetite or sulphide concentration occur with leucogabbro-anorthosite. Whole-rock geochemical characteristics of the amphibolites are similar to tholeiitic basalts, but that of the peridotite-pyroxenite and gabbro-leucogabbro-anorthosite indicate different lineage. The suggested model considers amphibolite as a stratiform meta-basalt, which was folded during an earlier deformation event. Based on the presence of meta-basalt (amphibolite) roof pendants on top of both mafic and ultramafic intrusions, it is argued that the peridotite-pyroxenite and gabbro-leucogabbro-anorthosite were emplaced into Archean oceanic crust. The mafic-ultramafic intrusions could either be part of a single Mesoarchean layered complex or represent two different suites. In view of the restricted occurrence, lack of interlayering, different pyroxene affinities (clinopyroxene in gabbro and orthopyroxene in peridotite-pyroxenite) and wide compositional gap between mafic and ultramafic intrusions, we favour the later scenario. Peridotite-pyroxenite, interpreted as part of a Mesoarchean layered ultramafic complex, intruded the mafic volcanics. Layered gabbro-leucogabbro-anorthosite also intruded into the basaltic rock, separate from the ultramafic complex. The intrusion of protolith of the tonalite gneiss then dismembered the mafic and ultramafic sequences. The results of the present study highlight the need for detailed evaluation of spatially associated mafic-ultramafic rock remnants in high-grade terranes; they need not be genetically related but could be part of different magmatic episodes. Such exercise has implications in properly understanding the geodynamic setting of formation of these Archean upper mantle-derived rocks; the current arguments polarised between two end-member settings – plate margin versus intraplate setting.

Long-term rainfall characteristics in the Mzingwane catchment of south-western Zimbabwe

Rainfall characteristics during the annual rainy season are explored for the Mzingwane catchment of south-western Zimbabwe, for both historic period (1886–1906) and more recent times (1950–2015), based on available daily and monthly precipitation series. Annual and seasonal rainfall trends are determined using the modified Mann-Kendall test, magnitude of trends test and Sen’s slope estimator. Rainfall variability is quantified using the coefficient of variation (CV), precipitation concentration index (PCI) and standard precipitation index (SPI). Results suggest that contemporary mean annual rainfall may not have changed from that measured during the historic period of 1886–1906. However, the number of rainy days (≥ 1 mm) has decreased by 34%, thus suggesting much more concentrated and increased rainfall intensity. A notable shift in both the onset and cessation dates of the rainy season is recorded, particularly during the twenty-first century, which has resulted in a significantly reduced (p < 0.05) length of the rainy season. The combination of a reduced number of rainy days (≥ 1 mm) and a shortened rainy season suggests that long intra-season dry spells have become more common through time and have considerable negative consequences for agriculture and wetland ecosystem in the region. In addition, high spatio-temporal rainfall variability and seasonal PCI values indicate strong seasonality in the rainy season. Based on the SPI results, the El Nino Southern Oscillation (ENSO) strongly influences rainfall variability. The results further suggest high uncertainty in rain season characteristics, which requires effective planning for water needs.

Fathers perceptions and personal experiences of Complementary feeding of children 6 to 23 months in south-western Zimbabwe

Background: The role of fathers in infant and young child feeding has not been explored in Zimbabwe. To date, local research studies on the role of parents in infant and young child feeding have focused more on the mothers than the fathers, and more on breastfeeding than complementary feeding practices, which begin from 6 months of age.&#x0D; Purpose of study: To explore the knowledge and extent of involvement of fathers in the complementary feeding of children 6 to 23 months in Zimbabwe.&#x0D; Method: Through a qualitative approach, 10 fathers with children aged 6 to 23 months participated in the study. Local key informants were used to validate information given by fathers. Thematic analysis was used to identify emergent themes.&#x0D; Results: There has been a notable change in behaviour among the fathers in comparison to what they did 10 years ago. For example, they support their wives with household activities such as playing with the child, fetching water and firewood in bulk and cooking simple meals for their children, though the latter was generally reported as being done only during the mothers’ absence. Some of the fathers however, are still mindful of what the predominant culture defines as a father’s role in child feeding and thus only do selective activities.&#x0D; Major conclusion: This qualitative study, a first of its kind, delved into some of the experiences and perceptions of fathers in the complementary feeding of infants 6 to 23 months in Zimbabwe. Rich exploratory insights into the subject matter have been provided and can thus be expanded upon in future research.

Vulpes chama (Carnivora: Canidae)

AbstractVulpes chama (Smith, 1833), commonly called the Cape fox, is 1 of 11 species of Vulpes. It is the only species of Vulpes occurring in southern Africa, and is endemic to that region. It occurs in southern Angola, Botswana, Namibia, South Africa, and southwestern Zimbabwe. V. chama is a slender-built fox and its pelage is silvery gray throughout, back of pinna is tawny, and white hairs occur in the front along pinna edge. It tends to occupy arid and semiarid open habitats and feeds mainly on small mammals and insects, but also consumes birds, small reptiles, and fruits. V. chama is not of conservation concern and is listed as “Least Concern” by the International Union for the Conservation of Nature and Natural Resources.

Ecohydrological threats to Colophospermum mopane in southern Zimbabwe.

Rapid ecohydrological changes in semi-arid landscapes are increasingly threatening humanity’s life-support systems and eroding many of the ecosystem services (ESs) upon which humans occupying such regions depend. Knowing which services and ecohydrological changes to be most concerned about is indispensable to maintaining the general health of such ecosystems and for developing effective ecosystem management practices. In the semi-arid regions of southwestern Zimbabwe where a large population of rural households depend on ESs extracted from the Colophospermum mopane tree, such understanding may be critical in reversing potential ES losses that may have catastrophic effects on the lives of many. We surveyed a total of 127 rural households who occupy the semi-arid landscapes of the Colophospermum mopane belt in southern Zimbabwe. We assessed the ecohydrological conditions characterising ecosystems where they obtain ES provisioning goods using a number of ecohydrological variables commonly cited in the literature on ecohydrology. Building on principal component analysis (PCA), we employed a hierarchical agglomerative clustering method to create unique clusters of households that depicted different levels of risks or threats associated with their ES provisioning harvesting practices. Multiple regression analysis was further performed to identify significant ecohydrological cluster-defining variables. Our results showed that spatial differences in ecohydrological parameters resulted in four distinct ES resource thresholds depicting four categories of risks that households face in extracting such resources in nearby landscapes. We concluded by proposing a number of landscape restoration or management practices targeted at reversing potential ES losses and subsequently safeguarding the livelihoods of many who depend on ESs.