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AMICAF-Caraga 2013 Final Report October 2012- December2013

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AMICAF-Caraga 2013 Final Report October 2012- December2013 Prepared by: Rollie S. Parejo Science Research Specialist & Project Assistant AMICAF-Surigao del Norte, Caraga Region and Abner T. Montecalvo Manager, PhilRice Agusan & AMICAF-Caraga Project Leader 1 TABLE OF CONTENTS PAGE LIST OF TABLES ………………………………………………………………………..………………….iii LIST OF FIGURES ………………………………………………………………………….….…...….…. iv EXECUTIVE SUMMARY …………………………………………………………...….….………....….…v I. BASIC PROJECT INFORMATION …………………………………….…..…….…..…….……1 Description of the Project Site…………………………………………….………….…..…...…..1 Multi-hazard map of Carga region…………………………………….……….…….…..…..…...2 First Semester Per Capita Poverty Threshold and Poverty Incidence among Families: 2006, 2009 and 2012……………………………………….….…….…….3 Rice ecosystems and area harvested in Caraga region (2010)………….….……...…..…….3 Objectives………………………………………………………………………….……...…..…….4 Methodology…………………………………………………………….………………...…..…….4 II. MAJOR ACCOMPLISHMENTS………………………………………….………….…….….…..5 A. First Cropping Accomplishment……………………………….………….…….....…….5 Baseline Information……………………………………………….……….……...……..5 Stakeholders’ Workshop…………………………………………….…….………...…...5 Techno Demo Farms…………………………………………….………….….......…….5 Key Features of the PalayCheck System………………………….………...…....…...7 Rice-duck farming………………………………………………………….….…...…....11 Entrepreneurship, Project Evaluation and Planning Workshop…….….…......…....12 Farmers Field Day………………………………………………….……….….....…….12 B. Second Cropping Accomplishment………………………………………..….………..12 Techno Demo Farms……………………………………………….….…...……....……12 Climate-Smart FFS………………………………………………….….….…............….13 Green Super Rice (GSR) Varietal Testing Expansion…………….……...……..…....14 Farmers Field Day……………………………………………………….….……......…..14 III. GOOD PRACTICE OPTIONS………………………………………….……….……....…..…..15 IV. MAJOR INPUTS CONTRIBUTED BY PROJECT COLLABORATORS…………....…..….16 V. EFFECT OF AMICAF PROJECT………………………………….……………….….….........16 VI. ANNEXES A. FINANCIAL REPORT …………………………………………………………......…...…..17 B. SELECTED PHOTOS OF AMICAF-CARAGA IMPLEMENTATION………………...…18 ii 2 LIST OF TABLES PAGE Table 1. First Semester Per Capita Poverty Threshold and Poverty Incidence among Families: 2006, 2009 and 2012.............................................................................................................3 Table 2. Common problems and coping mechanisms of farmers in the AMICAF project sites….......5 Table 3. Nutrient deficiency of soils in the TDF areas based on MOET results….……...…..…..……6 Table 4. Key Features of the PalayCheck System………………………………………………....….....7 Table 5. Yield, yield components and agronomic characteristics of varieties/lines tested at site #1, saline area (mild), Magallanes, Claver, Surigao del Norte, November 2012-April 2013 cropping season. ………………………………………......……..7 Table 6. Yield, yield components and agronomic characteristics of varieties/lines tested at site #2, saline area (highly-prone), Magallanes, Claver, Surigao del Norte, November 2012-April 2013 cropping season. ………………………………….…..…..…..….8 Table 7. Yield, yield components and agronomic characteristics of varieties/lines tested at site #3, saline area (highly-prone), Anibongan, Gigaquit, Surigao del Norte, November 2012-April 2013 cropping season. …………………………….…..…..….…..……8 Table 8. Yield, yield components and agronomic characteristics of varieties/lines tested at site #1, drought-prone area, Magallanes, Claver, Surigao del Norte, November 2012-April 2013 cropping season. ………………………………….….………...…9 Table 9. Climate change vulnerability status of drought-prone TDF site # 2. …………………….…...9 Table 10 . Yield, yield components and agronomic characteristics of varieties/lines tested at site #2, drought-prone area, Cabugao, Bacuag, Surigao del Norte, November 2012-April 2013 cropping season. ……………………………………..….......…9 . Table 11. Yield, yield components and agronomic characteristics of varieties/lines tested at highly-submergence area, Magpayang, Surigao del Norte, March-June 2013 cropping season……………………………………………………………………..….…….…10 Table 12. Ratoon performance of rice entries in drought-prone environment …………….......…….10 Table 13. Ratoon performance of rice entries under saline-prone environment ……….…..…...…..11 Table 14. Yield of two rice varieties tested under the rice-duck farming systems, Daywan, Claver, Surigao del Norte, November 2012-April 2013, cropping season…......11 iii 3 Table 15. Yield of NSIC Rc240 tested under the rice-duck and no rice-duck farming system, San Isidro, Maiinit, Surigaodel Norte, August-November 2013, cropping season….….…12 Table 16. Yield of various rice lines and varieties planted in the old and new TDF sites in Surigao del Norte, July-December, 2013……………………………………………..….…..13 Table 17. Average Monthly Rainfall (mm) in the TDF sites (August-December 2013)…………..….13 Table 18. Grain yield of various GSR lines in the four provinces of Caraga, Jul-Dec 2013…………14 Table 19. Counterpart inputs of FAO, DA, and PhilRiceAgusan to AMICAF-Caraga Project……....16 Table 20. Summary of fund utilization released by AMICAF to PhilRiceAgusan………….……...….17 LIST OF FIGURES PAGE Figure 1. Multi-hazard map of Caraga region………………………..…………………….……….….….2 Figure 2. Rice ecosystems and area harvested in Caraga region (2010)………………………..…....3 iv 4 EXECUTIVE SUMMARY Caraga region is one of the many areas in the Philippines that are highly vulnerable to the adverse effects brought about by Climate Change because it is located along the Pacific seaboard. No wonder that Caraga Region is one of the most impoverished regions in the country. Hence, it ranked 4th among regions with high poverty incidence of families in 1997 and 2000. In Mindanao, Caraga has the 3rd highest poverty incidence. Malnutrition rates were also high at 49.25%, of which 34.05% were classified as mildly underweight, 11.66% as moderately underweight, 1.43% as severely underweight and 3.60% as overweight. Much like Bicol region, there are provinces in Caraga that are often visited by typhoons, droughts, flooding and saline intrusion. With these, the Department of Agriculture (DA) has requested the Food and Agriculture Organization (FAO) to include Caraga in its Climate Change Adaptation Project that was implemented in Bicol. Thus, the Assessments of Climate Change Impacts and Mapping of Vulnerability to Food Insecurity under Climate Change to Strengthen Household Food Security with Livelihoods’ Adaptation Approaches (AMICAF): STEP 3 Project was established in Surigao del Norte. Preliminary activities were done in October 2012, through a joint collaboration of AMICAF, DA-Caraga, PhilRiceAgusan and the LGUs in the selected project sites.The target sites were based on the three major agroecosystems with abiotic-related problems: saline-prone, drought-prone and submergence or flood- prone. The saline-prone and drought-prone sites were located in the three adjacent municipalities of Bacuag, Gigaquit, and Claver. The flood-prone site was located in the municipality of Mainit, which is right beside Mainit Lake, the largest lake in Caraga region. The main objective of the project is to develop a package of rice production technologies for adverse agroecosystems in order to sustain and improve the farmers’ livelihood adaptation to climate change. Thus the project focused on the testing of various rice varieties, lines, and other relevant technologies and practices (e.g., rice-duck, MOET, LCC, etc.) in rice production in each specific adverse environment: flood-prone, saline-prone, and drought-prone. The first two seasons were devoted in the establishment of Techno Demo Farms (TDFs) and the conduct of Climate-Smart FFS. In the first cropping season, a total of nine trials were set-up under the AMICAF project. Of these, six were TDFs (3 saline-prone, 2 drought-prone, 1 flood-prone) and three were rice-duck pilot plots. The most outstanding result of the project was the high yield of many GSR lines in all agro-ecosystems. For example, under the drought-prone environment site #1, the GSR lines HHZ5-SAL14-SAL2-Y2 and HHZ12- DT10-SAL1-DT1 obtained the highest yield of 7.7 t/ha and 7.6 t/ha, respectively. In drought-prone site #2, the GSR lines HHZ5-SAL14-SAL2-Y2, HHZ8-SAL6-SAL3-Y2 and HHZ12-DT10-SAL1-DT1, were the top yielders at 7.1 t/ha, 7.0 t/ha, and 6.8 t/ha, respectively. Meanwhile, in the saline-prone areas, the GSR lines that obtained high yields of 4.6 t/ha to 5.7 t/ha were the following: HHZ5-SAL8-DT3-SUB1, HHZ5- SAL14-SAL2-Y2,and HHZ12-DT10-SAL1-DT1. v 5 One important component of the TDF was the conduct of FFS which was done once a week in the demo area. This was facilitated by the LGU agricultural technologists with the close supervision by the AMICAF Project Assistant. The FFS curriculum of PalayCheck System was utilized as main reference which was later on reinforced by the Climate-Smart FFS Flip Chart developed by AMICAF. In the second cropping season, only two old TDF sites were planted due to severe drought in the municipalities of Bacuag, Claver, and Gigaquit. This resulted in a very low yield of all rice entries which ranged from 0.5 t/ha to less than 2.0t/ha. However, in the flood-prone TDF site in Magpayang, Mainit, the yield of the GSR lines were relatively higher which ranged from 2,5-4.6 t/ha. Also during this cropping season, the four provinces of the region were able to conduct a GSR rice line adaptation trial. The seeds were provided by AMICAF through PhilRiceAgusan. Except for Surigao del Norte where the trial was hit by drought, yield results of all GSR
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  • Volume Xxiii

    Volume Xxiii

    ANTHROPOLOGICAL PAPERS OF THE AMERICAN MUSEUM OF NATURAL HISTORY VOLUME XXIII NEW YORK PUBLISHED BY ORDER OF THE TRUSTEES 1925 Editor CLARK WISSLER FOREWORD Louis ROBERT SULLIVAN Since this volume is largely the work of the late Louis Robert Sulli- van, a biographical sketch of this able anthropologist, will seem a fitting foreword. Louis Robert Sullivan was born at Houlton, Maine, May 21, 1892. He was educated in the public schools of Houlton and was graduated from Bates College, Lewiston, Maine, in 1914. During the following academic year he taught in a high school and on November 24, 1915, he married Bessie Pearl Pathers of Lewiston, Maine. He entered Brown University as a graduate student and was assistant in zoology under Professor H. E. Walters, and in 1916 received the degree of master of arts. From Brown University Mr. Sullivan came to the American Mu- seum of Natural History, as assistant in physical anthropology, and during the first years of his connection with the Museum he laid the foundations for his future work in human biology, by training in general anatomy with Doctor William K. Gregory and Professor George S. Huntington and in general anthropology with Professor Franz Boas. From the very beginning, he showed an aptitude for research and he had not been long at the Museum ere he had published several important papers. These activities were interrupted by our entrance into the World War. Mr. Sullivan was appointed a First Lieutenant in the Section of Anthropology, Surgeon-General's Office in 1918, and while on duty at headquarters asisted in the compilation of the reports on Defects found in Drafted Men and Army Anthropology.