Biophysical scientists struggle integrating "gendered" water uses into models, with the latter necessarily based on physical laws describing water movement through the hydrological cycle. We typically assess watershed hydrological response to land management in terms of biophysical response. We m...
Enlace original:
https://cgspace.cgiar.org/handle/10568/67592
Baker, Tracy
,
Debevec, Liza
,
Abebe, Yenenesh
,
Cullen, Beth
,
[Incorporating gendered landscapes into physically-based models via Participatory 3-D Mapping. [Abstract only]]
,
Incorporating gendered landscapes into physically-based models via Participatory 3-D Mapping. [Abstract only]
