Buku panduan pelatihan agroforestri sawit ini disusun untuk memberikan pemahaman menyeluruh kepada peserta mengenai penerapan sistem agroforestri pada kebun kelapa sawit. Panduan ini mencakup delapan topik utama yang dipelajari dalam enam sesi pelatihan, meliputi: pengenalan agroforestri sawit, tipe dan manfaatnya; hal-hal penting dalam penerapan agroforestri; dasar perancangan dan pemilihan komoditas pendamping; pengaturan jarak tanam; pembangunan serta pemeliharaan kebun sawit; dan pengelolaan komoditas pendamping. Pelatihan ini bertujuan agar peserta dapat menilai secara mandiri pengetahuan dan pemahaman mereka tentang konsep dan praktik agroforestri sawit sebelum mengikuti sesi pelatihan, sehingga proses belajar menjadi lebih efektif dan terarah.
Tag: Agroforestry
Kumpulan poster materi pelatihan agroforestri sawit
Booklet ini merupakan kumpulan poster edukatif yang memuat materi pelatihan agroforestri sawit secara komprehensif dan aplikatif. Materi di dalamnya mencakup manfaat penerapan agroforestri sawit, hal-hal penting yang perlu diperhatikan dalam pengelolaannya, serta dasar-dasar perancangan sistem agroforestri sawit yang berkelanjutan. Selain itu, dibahas pula panduan pemilihan komoditas pendamping sawit yang tepat, pengaturan jarak tanam yang optimal, dan langkah-langkah dalam pembangunan serta pemeliharaan kebun sawit. Booklet ini juga mengulas strategi pengelolaan tanaman pendamping kelapa sawit agar tercapai produktivitas yang tinggi sekaligus menjaga keseimbangan ekosistem. Disusun secara visual dan informatif, booklet ini menjadi referensi praktis bagi petani dan penyuluh di lapangan.
Materi Pelatihan Agroforestri Sawit untuk Petani Model dan Agen Penyuluh
Buku Pengenalan Agroforestri Sawit membahas konsep, tipe, dan manfaat penerapan sistem agroforestri pada perkebunan sawit. Melalui pendekatan prinsip pengembangan agroforestri sawit, buku ini menjelaskan cara memilih tanaman pendamping yang tepat, mengatur jarak tanam yang optimal, dan membangun sistem kebun yang berkelanjutan. Selain pemeliharaan tanaman sawit, buku ini juga mengulas perawatan tanaman pendamping seperti pisang (Musa sp.), petai (Parkia speciosa), jengkol (Archidendron jiringa), dan durian (Durio zibethinus). Penerapan sistem agroforestri sawit memberikan berbagai manfaat, antara lain meningkatkan produktivitas lahan, menjaga keseimbangan ekosistem, memperbaiki kualitas tanah, serta meningkatkan ketahanan ekonomi petani melalui diversifikasi hasil.
Guide méthodologique pour l’élaboration du plan d’action pour les niches d’innovation
Le présent guide est constitué de 03 parties. La première partie présente le concept de plan d’action à travers sa clarification. La deuxième passe en revue le cadre méthodologique de l’élaboration du plan d’action et la troisième expose les plans d’action afférents à chacune des NI pilotes et la feuille de route du facilitateur.
Guide méthodologique pour l’élaboration de la trajectoire d’innovation
Le présent guide est constitué de 03 parties. La première partie présente le concept de trajectoire à travers sa clarification et l’état de l’art y afférent. La deuxième passe en revue le cadre méthodologique de l’élaboration de la dynamique de l’innovation et la troisième expose les trajectoires des trois niches d’innovation pilotes élaborées.
Guide méthodologique du processus de sélection des Niches d’Innovation au Nord Cameroun
Le présent guide est constitué de trois parties. Le cadrage conceptuel des termes clés en lien avec le présent travail sera élaboré (niche pilote, niche témoin, localité témoin, localité satellitaire) dans la première partie. La deuxième passe en revue le cadre méthodologique de sélection des niches d’innovation agrosylvopastorale et la troisième la cartographie des niches retenues pour accompagnement au Nord Cameroun.
Scaling & Enhancing Restoration Impact Through Gender Transformative Approaches
Regreening Africa enhances resilience in the Sahel and Horn of Africa by addressing climate change, land degradation, and food insecurity. Through a broad partnership network, the initiative scales context-appropriate land restoration by integrating trees and sustainable practices into farming and pastoral systems. Phase II expands efforts in Somalia, Ethiopia, Senegal, Nigeria, Ghana, Mali, and Niger, focusing on systems scaling for transformative change. Building on Phase I, this phase promotes agroforestry, FMNR, soil and water conservation, soil health improvement, grazing management, and energy-efficient cookstoves to boost land productivity and resilience, particularly in rangeland and mixed landscapes.
Climate-growth relationships of Daniellia oliveri (Rolfe) Hutch. & Dalziel in the Sudanian zone of Mali, West Africa
Tree rings depend on seasonal variation in radial tree growth. Where they can be identified, their interannual variation may reflect climate variability. Compared to its use in temperate and boreal regions, tree-ring analysis has been less applied in tropical Africa, with weaker seasonality. Daniellia oliveri often forms the tallest trees in agroforestry parklands of the Sudanian savanna zone of Mali but its growth response to climate (rainfall, temperature) variability has not been documented. We analyzed six stem disks of D. oliveri and used standard dendrochronological methods to process the samples. Contrary to earlier literature likely based on more humid parts of the species distribution range, D. oliveri formed distinct growth ring boundaries in our study area. The mean annual radial growth was 2.73 ± 0.56 mm. All measured tree-ring series were successfully cross-dated with a GLK (Gleichläufigkeit) value of 76.3 ± 5.6. The final tree-ring chronology covers the period 1909-2021. After removing age-related growth trends, the tree-ring width index showed a significant relationship with records of annual rainfall (r2 = 0.46, n = 100 years, p < 0.001). The relationship between wet-season (June to September) precipitation and the residual chronology was slightly higher (r2 = 0.50, n = 100 years, p < 0.001). However, no significant correlation was found for temperature. These results imply that D. oliveri can be successfully used for dendrochronological studies with relevance for the management and restoration of the ecosystems in the Sudanian zone of West Africa, where long-term rainfall records are scarce.
Climate-growth relationships of Daniellia oliveri (Rolfe) Hutch. & Dalziel in the Sudanian zone of Mali, West Africa
Tree rings depend on seasonal variation in radial tree growth. Where they can be identified, their interannual variation may reflect climate variability. Compared to its use in temperate and boreal regions, tree-ring analysis has been less applied in tropical Africa, with weaker seasonality. Daniellia oliveri often forms the tallest trees in agroforestry parklands of the Sudanian savanna zone of Mali but its growth response to climate (rainfall, temperature) variability has not been documented. We analyzed six stem disks of D. oliveri and used standard dendrochronological methods to process the samples. Contrary to earlier literature likely based on more humid parts of the species distribution range, D. oliveri formed distinct growth ring boundaries in our study area. The mean annual radial growth was 2.73 ± 0.56 mm. All measured tree-ring series were successfully cross-dated with a GLK (Gleichläufigkeit) value of 76.3 ± 5.6. The final tree-ring chronology covers the period 1909-2021. After removing age-related growth trends, the tree-ring width index showed a significant relationship with records of annual rainfall (r2 = 0.46, n = 100 years, p < 0.001). The relationship between wet-season (June to September) precipitation and the residual chronology was slightly higher (r2 = 0.50, n = 100 years, p < 0.001). However, no significant correlation was found for temperature. These results imply that D. oliveri can be successfully used for dendrochronological studies with relevance for the management and restoration of the ecosystems in the Sudanian zone of West Africa, where long-term rainfall records are scarce.
Climate-growth relationships of Daniellia oliveri (Rolfe) Hutch. & Dalziel in the Sudanian zone of Mali, West Africa
Tree rings depend on seasonal variation in radial tree growth. Where they can be identified, their interannual variation may reflect climate variability. Compared to its use in temperate and boreal regions, tree-ring analysis has been less applied in tropical Africa, with weaker seasonality. Daniellia oliveri often forms the tallest trees in agroforestry parklands of the Sudanian savanna zone of Mali but its growth response to climate (rainfall, temperature) variability has not been documented. We analyzed six stem disks of D. oliveri and used standard dendrochronological methods to process the samples. Contrary to earlier literature likely based on more humid parts of the species distribution range, D. oliveri formed distinct growth ring boundaries in our study area. The mean annual radial growth was 2.73 ± 0.56 mm. All measured tree-ring series were successfully cross-dated with a GLK (Gleichläufigkeit) value of 76.3 ± 5.6. The final tree-ring chronology covers the period 1909-2021. After removing age-related growth trends, the tree-ring width index showed a significant relationship with records of annual rainfall (r2 = 0.46, n = 100 years, p < 0.001). The relationship between wet-season (June to September) precipitation and the residual chronology was slightly higher (r2 = 0.50, n = 100 years, p < 0.001). However, no significant correlation was found for temperature. These results imply that D. oliveri can be successfully used for dendrochronological studies with relevance for the management and restoration of the ecosystems in the Sudanian zone of West Africa, where long-term rainfall records are scarce.