Vol 8, No 2 (2019)
Table of Contents
Articles
| Detection of land cover changes of the KOSH region over a period of 14 years using the South African National Land Cover datasets for 2000 and 2014 | |
| Abraham Thomas | 108 - 129 |
| GROUND DEFORMATION ASSESSMENT OF THE ALBERTINE GRABEN USING INSAR. | |
| John Richard Otukei, Prossy Atolere, Anthony Gidudu, Francesca Martini | 130 - 143 |
| Spatio-Temporal Assessment of Changing Land Surface Temperature and Depleting Water in the Lake Chad Area | |
| Peter Nwilo, Abdulkareem Umar, Matthew Adepoju, Chukwuma Okolie | 144 - 159 |
| The South African land cover change detection derived from 2013_2014 and 2017_2018 land cover products | |
| Luncedo Dalithemba Ngcofe, Rory Hickson, Pradeep Singh | 160 - 177 |
| E-beacon: A Web-based Survey Control Finder Application | |
| Ojima Isaac Apeh, Okwuchukwu C. Nwaka, Raphael I. Ndukwu, Ikechukwu N. Maduako, Olatomiwa O. Arilewola | 178 - 190 |
| Estimation of foliar nitrogen using remotely sensed data: A Quantitative Review. | |
| Rowan Naicker, Onisimo Mutanga, Kabir Yunis Peerbhay | 191 - 208 |
| Landscape Metrics Analysis of Landuse Patterns and Changes in Suburban Local Government Areas of Ibadan, Nigeria | |
| Adewale Mukhtar Olayiwola, Olayinka Fakayode | 209 - 220 |
| Using a domain model of social tenure to record land rights: A Case Study of Itaji-Ekiti, Ekiti State, Nigeria. | |
| Kehinde Hassan Babalola, Simon Antony Hull | 221 - 237 |
| Topographic influence on Terminalia species diversity in Oluwa forest reserve, Ondo State (Nigeria) | |
| Toko Mouhamadou - Inoussa, Toko Mouhamadou - Inoussa, Oladejo Sunday Olukayode, Obayelu Igbekele - Stephen | 238 - 248 |
| Developing a Satellite Based Automatic System for Crop Monitoring: the SBAM project | |
| Giovanni Laneve, Roberto Luciani, Munzer Jahjah | 249 - 264 |
| Mapping land suitability for maize (Zea mays L.) production using GIS and AHP technique in Zimbabwe | |
| Walter Chivasa, Onisimo Mutanga, Chandrashekhar Biradar | 265 - 281 |
| Groundwater vulnerability mapping of Witbank coalfield in South Africa using deep learning artificial neural networks | |
| Emmanuel Sakala, Francois Fourie, Modreck Gomo, Henk Coetzee | 282 - 293 |