Research Title Proponent/s Date Started Date of Completion Description/Objectives
AGROFORESTRY RESEARCH, DEVELOPMENT, AND EXTENSION CENTER (ARDEC)
Enhancing Resilience of Wetlands and Coastal Areas for Disaster-Risk Reduction and Mitigation
Microplastic Contamination Determination on Selected Major Water Bodies of the Philippines Alvin Angelo A. Salting January 11, 2018 January 11, 2021 The study aims to determine the extent of microplastic contamination in the selected major water bodies of the Philippines, specifically to identify and correlate the amount of microplastic contamination across the following – major water bodies, near-shore and off-shore and across water column.

Initial results showed moderate to high positive correlation between microplastic data (Davao Gulf) and the secondary data from the Environmental Management Bureau (EMB) and Department of Tourism (DOT). An outcome of moderate to high positive correlation suggesting these secondary data is relative with the level of microplastic contaminants. Meaning, there is significant impact of the visitors’ arrival gathered from DOT and the water quality data gathered from EMB.

RDE Action Projects on Sustainability of Agroforestry Systems in the Upland Areas of the Philippines
Project 1. Generation and Transfer of Technologies for the Rehabilitation of Degraded Ancestral Domain Areas, Community- Based Management Areas and Multiple-Use Zone Protected Areas
Study 3: Phytological Control of Cogon ( Imperata cylindrica  (L.) Beauv Using Clones Applied with Biofertilizer and Combination of NPK and Vermicast in Degraded Ancestral Domain Area, Talaingod, Davao del Norte Rizalita C. Maningas January 3, 2018 January 12, 2022 This study aims to generate technologies for the stabilization of degraded areas under Certificate of Ancestral Domain Title (CADT) in Davao del Norte. Specifically, this will determine the survival, diameter and height growth of forest tree seedlings in degraded (cogonal) areas of CADT applied with biofertilizer and combination of NPK and vermicast; the growth and ground cover of cogon under shade of two forest tree species; and the cost per hectare of the technology. The Following activities were undertaken this quarter by the job order personnel assigned at the project site;

1. Monitored insect infestation caused by aphids and curling of leaves due to severe heat in the area in Molave Clones. The aphids were applied with pesticide (malathion) for the preliminary control measure.

2.  Conducted regular maintenance of the study site such as perimeter brushing and ringweeding of individual trees of cloned Almon and Molave and grafted durian seedlings including the replanting of dead madre de cacao, almon, molave and durian.

3. Conducted silvicultural practices such as pruning of undesirable branches to maintain quality growth of seedlings.

Study 4: Control and Management of Invasive Alien Species ( Piper aduncum  Linn.) to Improve the Productivity and Biodiversity of Degraded Protected Area in Lake Sebu, South Cotabato Vilma F. Nitura January 3, 2018 January 12, 2022 This study aims to improve biodiversity in degraded protected areas through field tests of technologies on the control and management of the invasive alien species (IAS), specifically  P. aduncum . This study shall control and manage the spread of  P. aduncum  and encourage habitat and forest restoration through planting suitable indigenous forest tree species.

 Undertaken maintenance and protection of the study site such as;

•  brushing/round weeding and cutting of regrowth buyo-buyo at the pilot site;
•  replanting of dead out planted seedlings at the project area;
•  monitoring of pests and diseases occurrence in the study site. Some of the planted indigenous tree species were attacked by insects causes damaged leaves. Leaf spots were mostly observed in Ipil and Narra;
• data gathering on growth performance (diameter and height) and survival rate of out planted seedlings.

Rehabilitation Strategies for the Control and Management of Mercury Contamination in Sta. Lourdes, Puerto Princesa City, Palawan
Project 2. Phytostabilization of Mercury Contaminated Areas Using Forest Tree Species with Heavy Metal Accumulation Potential Within the Pit Lake of Sta. Lourdes, Puerto Princesa, Palawan Maribeth N. Espina January 2, 2019 January 12, 2023 General Objective:
Immobilize soil Hg-contaminants and stabilize landslide prone areas using forest tree species with mercury accumulation potential in the abandoned mine site of Palawan Quicksilver Mines Incorporated in Barangay Sta. Lourdes, Puerto Princesa City, Palawan.

Specific Objectives:
1. Develop 3 hectares forest plantation using five species of forest tree seedlings with mercury accumulation potential.
2. Determine the growth performance (% survival, diameter and height) of different test plants.
3. Determine the mercury (Hg) levels in different parts of test plants.
4. Determine the test plants with highest mercury (Hg) accumulation.
5. Determine the total mercury (THg) levels in soils of every experimental block.
6. Determine the bio-concentration factor (BCF), translocation factor (TF) and accumulation factor (AF) of every plant species.

Project 3:  Potentials of Armadillidium vulgare (Latrielle) or Pill bugs as Zoo-stabilization technology for Mercury and Soil Ameliorators in the Pit Lake of Sta. Lourdes, Puerto Princesa City, Palawan Alvin Angelo A. Salting January 2, 2019 January 12, 2023 General Objective:
Determine the potentials of A. vulgare (pill bugs) as zoo remediation and soil ameliorator in the Pit lake of Sta. Lourdes, Puerto Princesa City, Palawan.
Specific Objectives:
1. Develop a zoo-remediation and soil amelioration protocol using pill bugs/A. vulgare in mined-out areas
2. Publish an article in relation to the results of the study that can be published in scientific journals
3. Draft policy brief on the impacts of pill bugs/A. vulgare in heavy metal accumulation and soil amelioration in aid of policy development
Project 4:  Phytoremediation for Mercury Contaminated Water in the Pit Lake of Sta. Lourdes, Puerto Princesa City Eva C. Bautista January 2, 2019 January 12, 2023 General Objective:
Determine the effective phytoremediation strategies for mercury contaminated water in pit lake
Specific Objectives:
1. Determine the suitable plant species that will accumulate mercury in the pit lake/lagoon
2. Determine the growth and survival of the experimental plants in the mercury contaminated water in the pit lake
3. Determine the ability/level of mercury of the experimental plants to accumulate mercury from the contaminated water
Project 5:  Organic Filter Media for Mercury Adsorption of Contaminated Pit Lake of Palawan Quicksilver Mines and Tagburos River, Sta. Lourdes, Puerto Princesa City Lyrae A. Casidsid January 2, 2019 January 12, 2023 General Objective:
Establish organic adsorbent media set-up in the contaminated pit lake and Tagburos river in Sta. Lourdes, Puerto Princesa.

Specific Objectives:
1. Determine the most effective organic adsorbent material for the removal of mercury.
2. Determine the level of mercury in the water samples and in the used adsorbent material.
3. Determine the establishment cost per treatment.

Project 6:  Institutional Mechanism and Information, Education and (IEC) Araceli B. Dela Cruz January 2, 2019 January 12, 2023 General Objective:
Establish institutional mechanism among stakeholders using the framework on collaboration as a participatory process whereby people, groups and organizations work together to achieve desired results.

Specific Objectives:
1. ERDB shall adopt a culture of collaborative efforts thru networking, alliance, partnership, coalition depending on what will work best with the component projects and activities being implemented to ensure maximum participation of the stakeholders in all levels of the project implementation.
2. Undertake information, education and communication campaign strategies with all stakeholders to ensure that they are properly informed in all phases of project implementation.

COASTAL RESOURCES AND ECOTOURISM RESEARCH, DEVELOPMENT, AND EXTENSION CENTER (CRERDEC)
Enhancing Resilience of Wetlands and Coastal Areas for Disaster-Risk Reduction and Mitigation
Project 3. Development of Mangrovetum for Biodiversity Conservation Towards Ecotourism Carlito R. Buante Jan. 2, 2017 Dec. 31, 2020 Mangrove ecosystems have been managed unsustainably as a result of indiscriminate cutting of trees, land use conversion, and overexploitation causing a destruction of the habitat; diminishing fish population; decreasing volumes of shells, crustaceans, and mollusks; loss of breeding and nursery grounds for marine resources; and siltation of estuaries and inland waters. This study aims to develop mangrovetum areas in support to biodiversity conservation and nature-based tourism in partnership with people’s organizations and communities.

The experiment is being implemented in three strategic locations in the Visayas, to wit: (a) Ivisan, Capiz for Western Visayas; (b) Olango Island, Cebu for Central Visayas; and (c) Calbiga, Samar for Eastern Visayas. Most of the planted mangroves have already attained the flowering stage. Some mangrove species were able to bear fruits and mature propagules and seeds. The phenological characteristics of mangroves are being monitored to obtained new information and update the Mangrove Seed Calendar. Some of the mangrove species have been developing peculiar root systems distinct to each species, which are their means of adaptive capacity to thrive in very harsh site conditions. For instance, the Rhizophora group tends to develop stilt or prop roots; pneumatophores for the Avicennia and Sonneratia group; while the Bruguiera and Ceriops group develops knee roots. The activities are focusing on growth data collection for estimating biomass yield and carbon sequestration, monitoring of the development of matured fruits/ propagules for seed germination and viability testing, and preparation of management plans for future undertakings in collaboration with the people’s organizations such as development of a mangrove ecotourism park, seed sources, and the like.

Project 5. Microplastic Contamination on Selected Major Water Bodies of the Philippines Jon Alfonso P. Horvidalla
Alvin Angelo A. Salting
Sept. 11, 2018 Sept. 10, 2021 Considering that the major islands of the Philippines are now being interconnected by ports of call and number of ships and fast craft ferries are now accommodating passengers across these islands, plastic wastes are now prevalent and highly observable on every port in the region. Passengers also contribute to this improper waste disposal in the open ocean by throwing away plastic wastes overboard. Thus, this collaborative study between ARDEC and CRERDEC is conceptualized to determine the extent of plastic waste contamination – particularly microplastics in some marine water bodies of the Philippines including Boracay Island, Guimaras, and Tañon Strait Filtration of water samples and the analysis of filtered samples using a dissecting microscope with motic imaging software of SEAFDEC/AQD were continued. The samples were collected from Guimaras Island/Strait last December 2019. As of 12 March 2002, 252 out of 294 samples were already analyzed. Microplastics such as fragments, foam, fibers, and nurdles were observed in the filtered samples. For the Luzon sites, microscopic analysis for the Subic and Lamon Bay dry and wet season samples was completed at ERDB Laboratory. Data analyses, both descriptive and inferential statistics, are underway, as well as, the processing of water samples collected from the Manila Bay area. The partial results showed that microplastics are present in the Visayas Region and are well distributed across the water column. The presence of microplastic in the marine water bodies in the Visayas may have health effects to the organisms and can be bioamplified up to level of humans by consuming fishery resources with microplastics in the tissues and gut. Initiatives the monitors the microplastic in the major marine water bodies and organisms important to fishery are suggested.
Action R&D Program on Ecosystem Dynamics and Sustainable Management of Coastal and Freshwater Ecosystem
Project 2. Biological Profiling of Mangrove in Relation to Climate Change
Study 4. Growth Variation in Selected Mangrove Plantations as Affected by Different Habitat Conditions in the Philippines Emma M. Germano January 1, 2019 December 1, 2019 The study aims to determine the changes in growth and survival of selected mangrove plantations as affected by habitat conditions in mining, fishpond and seagrass areas and identify the best management practices, lessons learned and other impacts of the project.
COASTAL ZONE AND FRESHWATER ECOSYSTEMS RESEARCH DIVISION (CZFERD)
Program on Emerging Issues
Ecological Mangrove Restoration of Abandoned Brackishwater Fishponds in the Philippines Due to the delay in the downloading of the year 2 budget, the salary of the project staff and four (4) field Job Orders (JOs) was charged to the year 1 unexpended budget. Financial and Disbursement Reports, Turnover of project leadership memorandum, updated annual accomplishment report, ROF of project staff and laborers were submitted last 26 May 2020 in DOST-PCAARRD. Brief project accomplishment and plans for the succeeding quarters 2020 of the project were submitted last 10 June 2020. Catch-up plan for the EMR project was submitted last 16 April 2020.
Action R&D Program on Ecosystems Dynamics and Sustainable Management of Coastal and Freshwater Ecosystems
Short-term study on Water Hyacinth Management and Utilization The actual data collection for the implementation of the short-term study on “Water Hyacinth Management and Utilization” was conducted on February 27, 2020 in Taguig River as one of the pre-determined study sites.  As prior arrangement has already been made, the ERDB Freshwater Team proceeded to the abovementioned destination to complete its tasks.
FOREST ECOSYSTEM RESEARCH DIVISION (FERD)
Agroforestry Support Program for Enhancing Resiliency of Community Based Forest Management Areas (ASPIRE-CBFM)
Assessment of Ecological Services of Agroforestry in Selected CBFM sites in CALABARZON For. Ma. Lourdes DC. Reyes January 7, 2019 January 7, 2021 Agroforestry Support Program for Enhancing Resiliency of Community-Based Forest Management Areas or ASPIRE-CBFM is a three-year PCAARRD-funded program that aims to strengthen resilient and sustainable communities to address socio-economic and ecological needs. It is in collaboration with other institution such as UPLB-IAF (Project 1), DENR-ERDB (Project 2), and DOST CALABARZON (Project 3) along with LGUs, MENRO, DENR-PENRO and CENRO, respectively.

All projects are implemented in four selected CBFM sites in CALABARZON namely a) Barangay Binonoan, Infanta, Quezon b) Barangay Luquin, Liliw, Laguna, c) Barangay Nasi, Rosario, Batangas d) Barangay Ramirez, Magallanes, Cavite. They were chosen primarily based on the following criteria: (a) engaged in an agroforestry practices and (b) existing active cooperatives with CBFM beneficiary members. Binonoan Producers Cooperative (BIPCO), Liliw Upland Farmers' Multi-Purpose Cooperative (LUFAMCO), Mt. View Upland Farmers' Association Inc. (MUFAI), and Ramirez Upland Farmers' Association Inc. (RUFAI) comprised the four selected CBFM Cooperatives, respectively.

Program on Emerging Issues
Vulnerability of Priority Watersheds in the Philippines to Climate Change Karen Rae M. Fortus January 1, 2018 January 12, 2022 Vulnerability assessment of priority watersheds in the Philippines to climate change is conducted to effectively prepare for the possible impact of climate change on watersheds and coastal resources.  Assessment results are then incorporated in the preparation of the Integrated Watershed Management Plans (IWMPs).
FOREST AND WETLAND RESEARCH, DEVELOPMENT, AND EXTENSION CENTER (FWRDEC)
Development of Integrated Pest Management (IPM) for ITPs/ Other Forest Plantations in Mindanao in Response to Climate Change Lydia E. Tiongco January 1, 2019 January 12, 2020 OBJECTIVES
1. Determine the regional distribution of pests and disease through the conduct of survey on forest tree nurseries and plantations with problems on pests and diseases.
2. Identify the key pest and diseases’ host including life history, distribution, abundance, behavior and natural enemies on the key host.
3. Determine the potential economic impact and threshold levels of pest and diseases.
4. Identify the preventive control measures of pest and diseases.
Greenhouse Gas Flux Measurements and Carbon Stock Assessment of Peatlands Joel B. Orella January 1, 2018 January 12, 2020 OBJECTIVES
a. Estimate and compare the scale of emission of peat-derived greenhouse gases (GHGs) such as carbon dioxide (CO2), methane (CH4) and nitrous oxide (N2O) to the atmosphere within the confirmed peatland during dry and wet seasons.
b. Estimate carbon storage of peatlands
c. Determine land use of the peatland area
d. Determine the ecological characteristics of peatland such as flora and fauna composition within the confirmed peatland
e. Determine the physico-chemical properties of the peatland swamp
f. Evaluate the potential role of the local community in protecting the peatlands

Performance of Different Cloned Climax Species Interplanted in Existing Tree Plantation Within Mined-out Areas of CCC Joel B. Orella January 5, 2017 January 4, 2022 General Objectives
The general objective of the study is to accelerate forest succession and enhance biodiversity in mined-out plantation areas using cloned climax tree species for sustainable production and development of degraded mined–out areas.

Specific Objectives
1. To determine the flora and fauna within the experimental site at the start of the study and after the study duration;
2. To determine the micro-climatic factors affecting the growth performance of planted cloned climax tree species in terms of rainfall, atmospheric temperature, soil temperature, light intensity, relative humidity, physical and chemical soil condition;
3. To determine the growth performance (% survival, diameter and height) of cloned climax tree species interplanted in existing tree plantations in mined-out areas;
4. To develop protocol for appropriate strategies on planting cloned climax species within existing plantation of mined-out areas;
5. To determine the cost per hectare in rehabilitating mined-out areas using cloned climax tree species;
6. To provide inputs in drafting policy recommendation on rehabilitating mined-out areas using cloned climax tree species.

S&T Community-based Nursery, Plantation, and Seedling Seed Orchard Establishment and Management of Falcata (Falcataria moluccana) in Brgy. Tagbalili, Esperanza, Agusan del Sur For. Joan S. Gilbero January 7, 2019 January 6, 2022 General Objectives:
To promote the wider application of S&T-based technologies in the production of quality
seedlings and establishment of Falcata plantations for improved productivity and profitability in Tagbalili,
Esperanza, Agusan del Sur in support To Timber Industry.

Specific Objectives
a. To promote wider adoption of science-based technologies to 30 tree farmers;
b. Enhance project cooperators capability in nursery production and plantation management as
well as enterprise development;
c. Establish one S&T-community-based tree nursery for seedling production of which seeds will be
acquired from Mindanao Tree Seed Center;
d. To establish a 1-hectare S&T Community-based demo Falcata Farm;
e. To establish a 1-hectare Falcata seedling seed orchard of which materials will come from
Mindanao Tree Seed Center.

TOXIC AND HAZARDOUS WASTES RESEARCH, DEVELOPMENT, AND EXTENSION CENTER (THWRDEC)
R&D Program on Promoting Ecosystems Health and Sustainability of Urban Areas through Research and Development
Development of Low-Cost Adsorbents from Rice, Coconut, Sugarcane and Maize Residues for the Removal of Hexavalent Chromium in Tannery Wastewater Marleane Rovi R. Ferrer January 10, 2018 January 9, 2020 General Objective:
To develop adsorbents from agricultural wastes for the removal of hexavalent chromium in wastewater from tannery industries

Specific Objectives:
1. To identify raw materials from locally generated agricultural wastes for the development of low-cost adsorbents for the removal of hexavalent in wastewater
2. To determine optimized treatment methods and conditions for the identified raw materials
3. To determine the efficiency of the developed low-cost adsorbents in wastewater from selected study sites

RDE Program on Promoting Ecosystems Health and Sustainability of Urban Areas through Research and Development
R&D on Remediation Technologies for Reduction of Pollution from Toxic Substances and Hazardous Wastes
Development of Waste Management System for Household Hazardous Wastes in Selected Barangays in Quezon City, Metro Manila Alida G. Ramos January 3, 2020 January 2, 2021 General Objective:
To develop a barangay management system for HHWs in Quezon City, Metro Manila.

Specific Objectives:
1. To determine the generated HHWs according to type, volume, quantity, and characteristics;
2. To identify the practices in managing and disposing HHWs;
3. To determine the relationship between socio- demographic and economic characteristics and household’s generation and management of hazardous wastes;
4. To determine the role of men and women in managing and disposing HHWs; and
5. To develop a Barangay Management System for household hazardous wastes.

Screening of Selected Bamboo Species Capable to Uptake Heavy Metal Pollutants from the Soil For. Rey B. Abadiano January 9, 2020 General Objective:
To determine the capacity of bamboos in the removal of heavy metal contaminants in soils.

Specific Objectives:
1. To determine the rate of absorption of heavy metals by the planted bamboo species.
2. To determine the survival and growth performance of the planted bamboo species.
3. To provide policy inputs for the management of toxic substances and hazardous wastes.

URBAN AND BIODIVERSITY RESEARCH, DEVELOPMENT, AND EXTENSION CENTER (UBRDEC)
Action R&D Program on Ecosystems Dynamics and Sustainable Management of Coastal and Freshwater Ecosystems
Project 2. Bioecological Profiling of Mangroves in Relation to Climate Change
Study 5.  Accounting and Mapping of the Ecosystem Carbon Stocks and Soil CO2 Emissions in Forested and Deforested Mangrove Areas in the Philippines Jose Allan Castillo January 7, 2018 30/12/2020 This study aims to evaluate and quantify the C stocks and soil CO2 emissions in mangrove forests and the non-forest land uses that replaced mangroves following land use change. Specifically, the study has the following objectives:

1. To quantify and evaluate the Ecosystem Carbon Stocks (biomass + soil carbon stocks) of mangrove forest and the non-forest land uses that replaced mangroves. Associated within this objective is to investigate the relationship of biomass stocks with proximal sensor-derived canopy biophysical variables such as Leaf Area Index and canopy gap fraction as well as to evaluate the performance of GIS-based Ordinary Kriging in mapping the soil C stocks in the study site;

2. To evaluate the performance of Sentinel satellite imagery-based biomass models and the output predictive biomass maps for site/large-scale biomass retrieval and mapping of mangrove and non-forest replacement land uses.

3. To map the Ecosystem Carbon Stocks of mangrove forest and the non-forest replacement land uses, and to examine the relationship with site variables extracted from available GIS layers (e.g. distance from shore, etc) as potential spatial predictors of carbon stocks.

4. To quantify the soil surface gas fluxes of CO2 of mangrove forest and the non-forest land uses that replaced mangrove, and to determine the relationship with site environmental variables. Associated within this objective is to evaluate the potential of GIS-based Ordinary Kriging in mapping the soil GHG fluxes in the study site.

Study 6.  Development of Pagbilao Mangrove Experimental Forest Station Change    Primitiva Galupo January 1, 2019 January 12, 2020 1. To identify Pagbilao Mangrove Experimental Forest as quality seed source of mangrove and beach forest species as support to the National Greening Program through identification of Individual Plus Tree (IPT)/ mother trees of mangrove and beach forest species;

2. To re-establish PMEF as demo site for mangrove and beach forest nursery in accordance to PMEF’s functions as a National Training Center for Mangroves and Genetic Resource Area through establishing a nursery for mangrove and for beach forest species;

3. To identify the present status of PMEF forest resources in terms of Flora and Fauna for sustainable management and conservation of the identified resources;

4. To develop a land-resource map in terms of flora composition for efficient and sustainable management of PMEF through identification and geo-tagging of IPT for mangrove and beach forest species in the area;

5. To rehabilitate/renovate some facilities of PMEF as a part IEC upholding social awareness about importance of mangrove forest resources;

6. To identify and geo-tag IPT trees inside PMEF;

7. To establish demonstration area for out planting seedlings produced from IPT and

8. To develop protocols in propagating seedlings from IPT

Action R&D Program on Ecosystems Dynamics and Sustainable Management of Coastal and Freshwater Ecosystems
Project 1. Improving Sustainability of Freshwater Ecosystem
Ecological Characterization and Carrying Capacity Assessment of Puerto Princesa Underground River For. Jan Marrion M. Cadelino January 7, 2019 January 12, 2020 General objective:
To determine the ecological status of the Puerto Princesa Underground River (PPUR) vis-à-vis its carrying capacity and surrounding watershed-related activities

Specific objectives:
1. To measure various physico-chemical parameters inside and outside the cave: water quality of the river and tributaries that drain directly to PPUR; oxygen and CO2 concentrations; ambient temperature; humidity
2. To determine different land uses surrounding the PPUR including those associated with anthropogenic activities
3. To identify soil nutrient composition of the intact old-growth forest surrounding the cave
4. To review and update the existing carrying capacity policies/protocol of the PPUR integrating the ecological dimension
5. To determine the mineral composition of bat guano and correlate this to the current water quality of the river

R and D Program on Forest Ecosystems Resiliency and Sustainability
Project 3. Application of Socio-cultural and Economic Tools in Improving Forest Governance
Study 1. Market Chain Analysis of Selected Non-Timber Forest Products for Equitable Revenue Distribution Edmichael Figueroa January 8, 2019 January 7, 2020 General objective:
To determine the market chain of selected NTFPs.

Specific objectives:
1. To determine the marketing channels, function, revenue distribution and gender roles in each actors of the marketing channel;
2. To determine the level of government support services in the production and marketing of selected NTFPs;
3. To measure the marketing cost and margin of different market intermediaries;
4. To identify the constraints in the marketing of NTFPs; and
5. To recommend policy inputs on the distribution of revenues in each intermediary of selected NTFPs.

WATERSHED AND WATER RESOURCES RESEARCH, DEVELOPMENT, AND EXTENSION CENTER (WWRRDEC)
National Survey and Development of an Integrated Pest Management Strategy for Important Forest Pest in the Philippines
Integrated Pest Management Development in Forest Plantations in NGP/CBFM areas within Watersheds of Regions 1, 2, 3 and CAR Estrella E. Patrimonio The revised CY 2020 Work and Financial Plan of the extended project on “IPM Development of Forest Plantations in NGP/CBFM Areas within Watersheds of Regions I, II, III and CAR” was approved and the implementation of activities under this project will resume on the second semester of the year.