Living Lab Field Initiatives
Our Living Lab Field Initiatives are long-term, landscape-scale research stations where empirical field experiments, ecological monitoring arrays, and community co-design occur simultaneously in active working ecosystems. Rather than restricting studies to artificial laboratory conditions, our teams test interventions directly within smallholder agroforests, transport corridors, and community forest commons.
Rotational Forest Succession & Fallow Biodiversity Recovery
Long-term ecological recovery dynamics in traditional swidden agroforestry mosaics
Investigating how traditional rotational cultivation fallows—plots cleared, cultivated, and then rested across multi-year cycles—reconstitute structural canopy, floral diversity, and animal occupancy over time. This project evaluates whether indigenous swidden mosaics provide superior ecological permeability compared to monoculture agricultural conversion.
Methodological Focus: Chronosequence sampling across 1-year, 5-year, 15-year, and mature secondary forest plots, assessing tree basal area, soil organic carbon regeneration, and herpetofaunal microhabitat colonization.
Core Field Activities:
- Establishment of permanent vegetation plots to quantify structural forest re-growth.
- Soil moisture, leaf litter depth, and microclimate data logging across fallow chronosequences.
- Structured invertebrate pitfall trapping and amphibian active-search transects.
Participant Profile: Ideal for graduate researchers and field botanists experienced in forest plot forestry methods, soil sampling, and vernacular plant taxonomy.
Avian and Reptilian Predation in Agroecological Pest Suppression
Harnessing natural predator cognition and foraging ecology for non-chemical pest control
Exploring how natural predators—specifically insectivorous anurans, agamid lizards, and nocturnal barn owls—learn prey distribution patterns and regulate agricultural pest populations across smallholder farming systems. The study aims to replace chemical pesticide regimes with habitat architecture that attracts and retains native biocontrol agents.
Methodological Focus: Multi-trophic enclosure experiments, nocturnal acoustic recording of predator activity, and farmer participatory trials tracking crop yield alongside predator density.
Core Field Activities:
- Construction and seasonal monitoring of replicated crop exclusion enclosures.
- Installation of owl nesting perches and artificial lizard refugia along field margins.
- Farmer-led monitoring of stem borer, planthopper, and rodent infestation rates.
Participant Profile: Suited for agroecologists, entomologists, and student researchers passionate about sustainable agriculture, trophic cascade dynamics, and field experimental design.
Spatio-Temporal Camera Trapping in Working Woodlands
Quantifying mammal activity rhythms and human-wildlife temporal overlap
Deploying passive motion-triggered camera trap arrays across communal woodlands and forest fringe settlements to assess how wild mammals adjust their circadian rhythms in response to human presence, livestock grazing, and vehicular movement.
Methodological Focus: Systematic grid deployment of passive infrared camera sensors combined with circular statistical modeling (kernel density temporal estimation) to calculate coefficients of overlap.
Core Field Activities:
- Deployment, servicing, and GPS geo-referencing of 60+ remote camera trap stations.
- Image processing, species classification, and automated metadata curation using AI-assisted pipelines.
- Spatial mapping of animal trail networks relative to human settlement perimeters.
Participant Profile: Best suited for wildlife biologists, spatial analysts, and conservation students skilled in field navigation, camera trapping, and R statistical packages.
Road Ecology, Herpetofaunal Mortality & Sensory Mitigations
Behavioral mitigation of linear transport infrastructure impacts on vulnerable species
Investigating the sensory, cognitive, and physical mechanisms behind amphibian and reptile mortality along state highways passing through forested watersheds. The project tests experimental sensory guidance systems and micro-culverts designed around herpetofaunal perception.
Methodological Focus: Daily systematic roadkill vehicular transects, behavior trials at culvert entrances using infrared video capture, and barrier design optimization.
Core Field Activities:
- Pre-dawn and dusk standardized motorcycle transects to record mortality spatial clusters.
- Microhabitat temperature and light gradient measurements across culverts and road shoulders.
- Trialing tactile drift-fencing and acoustic sensory stimuli to guide migrating amphibians.
Participant Profile: Ideal for herpetologists, transportation engineers, and field naturalists with strong species identification skills and stamina for early morning surveys.
Ethology, Foraging Innovation & Social Learning in Edge Primates
Cognitive flexibility and resource extraction strategies in anthropogenic matrices
Documenting how free-ranging macaque troops develop novel foraging behaviors, tool handling, and problem-solving techniques to access anthropogenic food sources in agro-forest ecotones, evaluating the role of age, sex, and social rank in cultural transmission.
Methodological Focus: Focal animal sampling, standardized cognitive field puzzle extraction challenges, and high-definition video kinematic ethogram logging.
Core Field Activities:
- Individual identification and long-term troop habituation follows.
- Deployment of non-invasive puzzle boxes to evaluate independent discovery vs. social emulation.
- Collection of dietary composition data comparing natural forest forage with human crop raiding.
Participant Profile: Tailored for primatologists, cognitive ethologists, and animal behavior students experienced in continuous behavioral recording and ethical observation.
Bio-Cultural Documentation & Participatory Coexistence Mapping
Documenting vernacular ecological knowledge and traditional stewardship agreements
Partnering with indigenous elders, women's self-help groups, and rural youth to record customary conservation ethics, traditional taboo species, and historical wildlife migration corridors across multi-village jurisdictions.
Methodological Focus: Participatory Rural Appraisal (PRA), collaborative GIS sketch mapping, oral history archival recordings, and bilingual community biodiversity register synthesis.
Core Field Activities:
- Facilitating intergenerational storytelling circles and community resource mapping sessions.
- Co-designing vernacular educational posters and field identification guides in regional languages.
- Training local youth leaders in mobile GPS data collection and biodiversity stewardship.
Participant Profile: Designed for social scientists, development practitioners, anthropologists, and community facilitators passionate about indigenous rights and environmental justice.
Behavioral Plasticity in Synanthropic Wildlife Fringes
Wildlife adaptation and resource utilization across expanding urban-rural transitions
Analyzing how medium mammals, raptors, and reptiles colonize and thrive within peri-urban green corridors, golf courses, university campuses, and waste facilities, assessing behavioral boldness, diet shifts, and physiological stress profiles.
Methodological Focus: Urban gradient spatial transects, non-invasive hormone metabolite analysis from fecal specimens, and GPS radiotelemetry tracking of urban wildlife movements.
Core Field Activities:
- Acoustic and visual surveys along transects moving from core urban zones to rural woodlands.
- Fecal collection for non-invasive corticosterone stress hormone evaluation.
- Citizen-science reporting network management for urban wildlife encounters.
Participant Profile: Well suited for urban ecologists, veterinary researchers, and spatial modelers interested in wildlife disease transmission and urban landscape planning.
Non-Invasive Detection & Threat Auditing for Vulnerable Mammals
Investigating habitat occupancy, burrow ecology, and poaching pressures on cryptic fauna
Focusing on highly threatened, cryptic, burrowing mammals subjected to illegal commercial trade. The project combines ground-truthed burrow occupancy surveys with environmental DNA and community intelligence to establish conservation refugia.
Methodological Focus: Systematic burrow density transects, thermal-imaging nocturnal surveys, micro-acoustic substrate vibration sensing, and regional trade seizure pattern analysis.
Core Field Activities:
- Mapping and microhabitat classification of active and dormant burrows.
- Deployment of custom burrow-entrance camera traps to monitor emergence frequency and parental care.
- Community confidential surveys to identify historical harvest hotspots and current trade pressures.
Participant Profile: Ideal for wildlife forensics specialists, mammalogists, and experienced trackers committed to endangered species protection and anti-poaching analysis.
Applied Coexistence Case Studies
These detailed case studies illustrate the concrete outcomes achieved through our collaborative, community-centered conservation models across diverse landscape mosaics.
Integrated Biological Pest Regulation in Paddy Agroecosystems
Landscape Context: Floodplain agricultural mosaic comprising 1,200 hectares of smallholder paddy farming and seasonal wetlands.
The Challenge: Intensive synthetic insecticide application had eliminated over 70% of native amphibian and agamid populations, leading to severe secondary pest resurgence of brown planthoppers and increased operational costs for farmers.
Intervention Model: Co-designed an agroecological sanctuary network featuring un-sprayed vegetative field bunds, artificial bamboo perches for insectivorous birds, and seasonal wetland breeding ponds along farm perimeters.
Documented Outcomes:
- [Illustrative metric] 62% documented rebound in native anuran density across pilot monitoring plots over two cropping cycles.
- [Illustrative metric] 38% reduction in chemical insecticide expenditures reported by participating agrarian cooperatives.
- Stabilized multi-trophic food webs without compromising target paddy grain yields.
Community Stewardship Role: Farming households formed village pest-monitoring collectives, maintained vegetative field bunds, and eliminated night chemical spraying during peak frog breeding windows.
Biodiversity Succession in Rotational Swidden Agroforestry Mosaics
Landscape Context: Subtropical highland plateau featuring an active mosaic of rotational shifting cultivation plots and community forests.
The Challenge: Policy pressures to convert shifting cultivation lands into continuous monoculture rubber and oil palm threatened to permanently fragment regional wildlife corridors and deplete topsoil nutrients.
Intervention Model: Conducted multi-decadal chronosequence assessments demonstrating that 8- to 12-year traditional fallows regain up to 80% of native tree species richness and serve as critical migration corridors for forest mammals.
Documented Outcomes:
- [Illustrative metric] Documented presence of 114 native bird species and 18 small-to-medium mammal species across fallow succession stages.
- Formulated community-endorsed rotational land-use guidelines protecting older secondary forest patches from clear-felling.
- Provided scientific evidence supporting community tenure claims under customary forest governance statutes.
Community Stewardship Role: Indigenous village councils designated customary rejuvenation zones and integrated GPS-based boundary demarcation into traditional village stewardship records.
Sensory-Guided Ecological Crossings on Montane Forest Highways
Landscape Context: A 42-kilometer two-lane highway traversing a high-biodiversity evergreen watershed and river basin.
The Challenge: Over 4,000 amphibians and small reptiles were killed seasonally during monsoon migrations across a 6-kilometer highway stretch, causing localized extinctions of endemic frogs.
Intervention Model: Engineered low-cost sensory diversion fencing along road shoulders and retrofitted 14 drainage culverts with substrate-matched soil, moisture retainers, and ambient LED guide arrays matching anuran phototactic sensitivities.
Documented Outcomes:
- [Illustrative metric] 78% reduction in verified amphibian road mortality along the targeted highway corridor during the initial monsoon trial.
- [Illustrative metric] Over 12,000 successful culvert passages logged by automated motion sensors across 9 amphibian and 4 reptile species.
- Formulated state-wide transport infrastructure mitigation guidelines adopted by regional highway engineers.
Community Stewardship Role: Local transport unions and rural youth volunteer groups maintained culvert debris clearings and conducted public awareness drives for commercial lorry operators.
Community-Led Microhabitat Stewardship in Riparian Woodland Commons
Landscape Context: Network of 24 traditional sacred groves and riparian forest remnants situated within a dense rural agrarian district.
The Challenge: Encroachment, groundwater extraction, and the erosion of oral cultural traditions were degrading centuries-old sacred groves that protected unique microclimates and ancient tree specimens.
Intervention Model: Facilitated intergenerational bio-cultural documentation circles, produced bilingual microhabitat atlases, and established community-monitored water retention swales around grove boundaries.
Documented Outcomes:
- [Illustrative metric] 24 sacred groves mapped and gazetted into village community biodiversity registers across 18 rural panchayats.
- [Illustrative metric] Discovery and protection of 3 relic populations of endangered freshwater turtles and 2 endemic orchid varieties.
- Re-established annual community grove stewardship assemblies led by village women and youth naturalists.
Community Stewardship Role: Village elders, traditional custodians, and rural school educators actively co-curated the environmental archives and enforce customary protections against timber extraction.